;(() => {
  var wb = Object.create
  var li = Object.defineProperty
  var bb = Object.getOwnPropertyDescriptor
  var vb = Object.getOwnPropertyNames
  var xb = Object.getPrototypeOf,
    kb = Object.prototype.hasOwnProperty
  var au = i => li(i, "__esModule", { value: !0 })
  var ou = i => {
    if (typeof require != "undefined") return require(i)
    throw new Error('Dynamic require of "' + i + '" is not supported')
  }
  var C = (i, e) => () => (i && (e = i((i = 0))), e)
  var v = (i, e) => () => (e || i((e = { exports: {} }).exports, e), e.exports),
    _e = (i, e) => {
      au(i)
      for (var t in e) li(i, t, { get: e[t], enumerable: !0 })
    },
    Sb = (i, e, t) => {
      if ((e && typeof e == "object") || typeof e == "function")
        for (let r of vb(e))
          !kb.call(i, r) &&
            r !== "default" &&
            li(i, r, {
              get: () => e[r],
              enumerable: !(t = bb(e, r)) || t.enumerable,
            })
      return i
    },
    X = i =>
      Sb(
        au(
          li(
            i != null ? wb(xb(i)) : {},
            "default",
            i && i.__esModule && "default" in i
              ? { get: () => i.default, enumerable: !0 }
              : { value: i, enumerable: !0 },
          ),
        ),
        i,
      )
  var h,
    l = C(() => {
      h = { platform: "", env: {}, versions: { node: "14.17.6" } }
    })
  var Cb,
    re,
    je = C(() => {
      l()
      ;(Cb = 0),
        (re = {
          readFileSync: i => self[i] || "",
          statSync: () => ({ mtimeMs: Cb++ }),
          promises: { readFile: i => Promise.resolve(self[i] || "") },
        })
    })
  var Qn = v((PO, uu) => {
    l()
    ;("use strict")
    var lu = class {
      constructor(e = {}) {
        if (!(e.maxSize && e.maxSize > 0))
          throw new TypeError("`maxSize` must be a number greater than 0")
        if (typeof e.maxAge == "number" && e.maxAge === 0)
          throw new TypeError("`maxAge` must be a number greater than 0")
        ;(this.maxSize = e.maxSize),
          (this.maxAge = e.maxAge || 1 / 0),
          (this.onEviction = e.onEviction),
          (this.cache = new Map()),
          (this.oldCache = new Map()),
          (this._size = 0)
      }
      _emitEvictions(e) {
        if (typeof this.onEviction == "function")
          for (let [t, r] of e) this.onEviction(t, r.value)
      }
      _deleteIfExpired(e, t) {
        return typeof t.expiry == "number" && t.expiry <= Date.now()
          ? (typeof this.onEviction == "function" &&
              this.onEviction(e, t.value),
            this.delete(e))
          : !1
      }
      _getOrDeleteIfExpired(e, t) {
        if (this._deleteIfExpired(e, t) === !1) return t.value
      }
      _getItemValue(e, t) {
        return t.expiry ? this._getOrDeleteIfExpired(e, t) : t.value
      }
      _peek(e, t) {
        let r = t.get(e)
        return this._getItemValue(e, r)
      }
      _set(e, t) {
        this.cache.set(e, t),
          this._size++,
          this._size >= this.maxSize &&
            ((this._size = 0),
            this._emitEvictions(this.oldCache),
            (this.oldCache = this.cache),
            (this.cache = new Map()))
      }
      _moveToRecent(e, t) {
        this.oldCache.delete(e), this._set(e, t)
      }
      *_entriesAscending() {
        for (let e of this.oldCache) {
          let [t, r] = e
          this.cache.has(t) || (this._deleteIfExpired(t, r) === !1 && (yield e))
        }
        for (let e of this.cache) {
          let [t, r] = e
          this._deleteIfExpired(t, r) === !1 && (yield e)
        }
      }
      get(e) {
        if (this.cache.has(e)) {
          let t = this.cache.get(e)
          return this._getItemValue(e, t)
        }
        if (this.oldCache.has(e)) {
          let t = this.oldCache.get(e)
          if (this._deleteIfExpired(e, t) === !1)
            return this._moveToRecent(e, t), t.value
        }
      }
      set(
        e,
        t,
        {
          maxAge: r = this.maxAge === 1 / 0 ? void 0 : Date.now() + this.maxAge,
        } = {},
      ) {
        this.cache.has(e)
          ? this.cache.set(e, { value: t, maxAge: r })
          : this._set(e, { value: t, expiry: r })
      }
      has(e) {
        return this.cache.has(e)
          ? !this._deleteIfExpired(e, this.cache.get(e))
          : this.oldCache.has(e)
            ? !this._deleteIfExpired(e, this.oldCache.get(e))
            : !1
      }
      peek(e) {
        if (this.cache.has(e)) return this._peek(e, this.cache)
        if (this.oldCache.has(e)) return this._peek(e, this.oldCache)
      }
      delete(e) {
        let t = this.cache.delete(e)
        return t && this._size--, this.oldCache.delete(e) || t
      }
      clear() {
        this.cache.clear(), this.oldCache.clear(), (this._size = 0)
      }
      resize(e) {
        if (!(e && e > 0))
          throw new TypeError("`maxSize` must be a number greater than 0")
        let t = [...this._entriesAscending()],
          r = t.length - e
        r < 0
          ? ((this.cache = new Map(t)),
            (this.oldCache = new Map()),
            (this._size = t.length))
          : (r > 0 && this._emitEvictions(t.slice(0, r)),
            (this.oldCache = new Map(t.slice(r))),
            (this.cache = new Map()),
            (this._size = 0)),
          (this.maxSize = e)
      }
      *keys() {
        for (let [e] of this) yield e
      }
      *values() {
        for (let [, e] of this) yield e
      }
      *[Symbol.iterator]() {
        for (let e of this.cache) {
          let [t, r] = e
          this._deleteIfExpired(t, r) === !1 && (yield [t, r.value])
        }
        for (let e of this.oldCache) {
          let [t, r] = e
          this.cache.has(t) ||
            (this._deleteIfExpired(t, r) === !1 && (yield [t, r.value]))
        }
      }
      *entriesDescending() {
        let e = [...this.cache]
        for (let t = e.length - 1; t >= 0; --t) {
          let r = e[t],
            [n, a] = r
          this._deleteIfExpired(n, a) === !1 && (yield [n, a.value])
        }
        e = [...this.oldCache]
        for (let t = e.length - 1; t >= 0; --t) {
          let r = e[t],
            [n, a] = r
          this.cache.has(n) ||
            (this._deleteIfExpired(n, a) === !1 && (yield [n, a.value]))
        }
      }
      *entriesAscending() {
        for (let [e, t] of this._entriesAscending()) yield [e, t.value]
      }
      get size() {
        if (!this._size) return this.oldCache.size
        let e = 0
        for (let t of this.oldCache.keys()) this.cache.has(t) || e++
        return Math.min(this._size + e, this.maxSize)
      }
    }
    uu.exports = lu
  })
  var fu,
    cu = C(() => {
      l()
      fu = i => i && i._hash
    })
  function ui(i) {
    return fu(i, { ignoreUnknown: !0 })
  }
  var pu = C(() => {
    l()
    cu()
  })
  function Xe(i) {
    if (((i = `${i}`), i === "0")) return "0"
    if (/^[+-]?(\d+|\d*\.\d+)(e[+-]?\d+)?(%|\w+)?$/.test(i))
      return i.replace(/^[+-]?/, t => (t === "-" ? "" : "-"))
    let e = ["var", "calc", "min", "max", "clamp"]
    for (let t of e) if (i.includes(`${t}(`)) return `calc(${i} * -1)`
  }
  var fi = C(() => {
    l()
  })
  var du,
    hu = C(() => {
      l()
      du = [
        "preflight",
        "container",
        "accessibility",
        "pointerEvents",
        "visibility",
        "position",
        "inset",
        "isolation",
        "zIndex",
        "order",
        "gridColumn",
        "gridColumnStart",
        "gridColumnEnd",
        "gridRow",
        "gridRowStart",
        "gridRowEnd",
        "float",
        "clear",
        "margin",
        "boxSizing",
        "lineClamp",
        "display",
        "aspectRatio",
        "size",
        "height",
        "maxHeight",
        "minHeight",
        "width",
        "minWidth",
        "maxWidth",
        "flex",
        "flexShrink",
        "flexGrow",
        "flexBasis",
        "tableLayout",
        "captionSide",
        "borderCollapse",
        "borderSpacing",
        "transformOrigin",
        "translate",
        "rotate",
        "skew",
        "scale",
        "transform",
        "animation",
        "cursor",
        "touchAction",
        "userSelect",
        "resize",
        "scrollSnapType",
        "scrollSnapAlign",
        "scrollSnapStop",
        "scrollMargin",
        "scrollPadding",
        "listStylePosition",
        "listStyleType",
        "listStyleImage",
        "appearance",
        "columns",
        "breakBefore",
        "breakInside",
        "breakAfter",
        "gridAutoColumns",
        "gridAutoFlow",
        "gridAutoRows",
        "gridTemplateColumns",
        "gridTemplateRows",
        "flexDirection",
        "flexWrap",
        "placeContent",
        "placeItems",
        "alignContent",
        "alignItems",
        "justifyContent",
        "justifyItems",
        "gap",
        "space",
        "divideWidth",
        "divideStyle",
        "divideColor",
        "divideOpacity",
        "placeSelf",
        "alignSelf",
        "justifySelf",
        "overflow",
        "overscrollBehavior",
        "scrollBehavior",
        "textOverflow",
        "hyphens",
        "whitespace",
        "textWrap",
        "wordBreak",
        "borderRadius",
        "borderWidth",
        "borderStyle",
        "borderColor",
        "borderOpacity",
        "backgroundColor",
        "backgroundOpacity",
        "backgroundImage",
        "gradientColorStops",
        "boxDecorationBreak",
        "backgroundSize",
        "backgroundAttachment",
        "backgroundClip",
        "backgroundPosition",
        "backgroundRepeat",
        "backgroundOrigin",
        "fill",
        "stroke",
        "strokeWidth",
        "objectFit",
        "objectPosition",
        "padding",
        "textAlign",
        "textIndent",
        "verticalAlign",
        "fontFamily",
        "fontSize",
        "fontWeight",
        "textTransform",
        "fontStyle",
        "fontVariantNumeric",
        "lineHeight",
        "letterSpacing",
        "textColor",
        "textOpacity",
        "textDecoration",
        "textDecorationColor",
        "textDecorationStyle",
        "textDecorationThickness",
        "textUnderlineOffset",
        "fontSmoothing",
        "placeholderColor",
        "placeholderOpacity",
        "caretColor",
        "accentColor",
        "opacity",
        "backgroundBlendMode",
        "mixBlendMode",
        "boxShadow",
        "boxShadowColor",
        "outlineStyle",
        "outlineWidth",
        "outlineOffset",
        "outlineColor",
        "ringWidth",
        "ringColor",
        "ringOpacity",
        "ringOffsetWidth",
        "ringOffsetColor",
        "blur",
        "brightness",
        "contrast",
        "dropShadow",
        "grayscale",
        "hueRotate",
        "invert",
        "saturate",
        "sepia",
        "filter",
        "backdropBlur",
        "backdropBrightness",
        "backdropContrast",
        "backdropGrayscale",
        "backdropHueRotate",
        "backdropInvert",
        "backdropOpacity",
        "backdropSaturate",
        "backdropSepia",
        "backdropFilter",
        "transitionProperty",
        "transitionDelay",
        "transitionDuration",
        "transitionTimingFunction",
        "willChange",
        "contain",
        "content",
        "forcedColorAdjust",
      ]
    })
  function mu(i, e) {
    return i === void 0
      ? e
      : Array.isArray(i)
        ? i
        : [
            ...new Set(
              e
                .filter(r => i !== !1 && i[r] !== !1)
                .concat(Object.keys(i).filter(r => i[r] !== !1)),
            ),
          ]
  }
  var gu = C(() => {
    l()
  })
  var yu = {}
  _e(yu, { default: () => Oe })
  var Oe,
    ci = C(() => {
      l()
      Oe = new Proxy({}, { get: () => String })
    })
  function Jn(i, e, t) {
    ;(typeof h != "undefined" && h.env.JEST_WORKER_ID) ||
      (t && wu.has(t)) ||
      (t && wu.add(t),
      console.warn(""),
      e.forEach(r => console.warn(i, "-", r)))
  }
  function Xn(i) {
    return Oe.dim(i)
  }
  var wu,
    F,
    Ee = C(() => {
      l()
      ci()
      wu = new Set()
      F = {
        info(i, e) {
          Jn(Oe.bold(Oe.cyan("info")), ...(Array.isArray(i) ? [i] : [e, i]))
        },
        warn(i, e) {
          ;["content-problems"].includes(i) ||
            Jn(Oe.bold(Oe.yellow("warn")), ...(Array.isArray(i) ? [i] : [e, i]))
        },
        risk(i, e) {
          Jn(Oe.bold(Oe.magenta("risk")), ...(Array.isArray(i) ? [i] : [e, i]))
        },
      }
    })
  var bu = {}
  _e(bu, { default: () => Kn })
  function ar({ version: i, from: e, to: t }) {
    F.warn(`${e}-color-renamed`, [
      `As of Tailwind CSS ${i}, \`${e}\` has been renamed to \`${t}\`.`,
      "Update your configuration file to silence this warning.",
    ])
  }
  var Kn,
    Zn = C(() => {
      l()
      Ee()
      Kn = {
        inherit: "inherit",
        current: "currentColor",
        transparent: "transparent",
        black: "#000",
        white: "#fff",
        slate: {
          50: "#f8fafc",
          100: "#f1f5f9",
          200: "#e2e8f0",
          300: "#cbd5e1",
          400: "#94a3b8",
          500: "#64748b",
          600: "#475569",
          700: "#334155",
          800: "#1e293b",
          900: "#0f172a",
          950: "#020617",
        },
        gray: {
          50: "#f9fafb",
          100: "#f3f4f6",
          200: "#e5e7eb",
          300: "#d1d5db",
          400: "#9ca3af",
          500: "#6b7280",
          600: "#4b5563",
          700: "#374151",
          800: "#1f2937",
          900: "#111827",
          950: "#030712",
        },
        zinc: {
          50: "#fafafa",
          100: "#f4f4f5",
          200: "#e4e4e7",
          300: "#d4d4d8",
          400: "#a1a1aa",
          500: "#71717a",
          600: "#52525b",
          700: "#3f3f46",
          800: "#27272a",
          900: "#18181b",
          950: "#09090b",
        },
        neutral: {
          50: "#fafafa",
          100: "#f5f5f5",
          200: "#e5e5e5",
          300: "#d4d4d4",
          400: "#a3a3a3",
          500: "#737373",
          600: "#525252",
          700: "#404040",
          800: "#262626",
          900: "#171717",
          950: "#0a0a0a",
        },
        stone: {
          50: "#fafaf9",
          100: "#f5f5f4",
          200: "#e7e5e4",
          300: "#d6d3d1",
          400: "#a8a29e",
          500: "#78716c",
          600: "#57534e",
          700: "#44403c",
          800: "#292524",
          900: "#1c1917",
          950: "#0c0a09",
        },
        red: {
          50: "#fef2f2",
          100: "#fee2e2",
          200: "#fecaca",
          300: "#fca5a5",
          400: "#f87171",
          500: "#ef4444",
          600: "#dc2626",
          700: "#b91c1c",
          800: "#991b1b",
          900: "#7f1d1d",
          950: "#450a0a",
        },
        orange: {
          50: "#fff7ed",
          100: "#ffedd5",
          200: "#fed7aa",
          300: "#fdba74",
          400: "#fb923c",
          500: "#f97316",
          600: "#ea580c",
          700: "#c2410c",
          800: "#9a3412",
          900: "#7c2d12",
          950: "#431407",
        },
        amber: {
          50: "#fffbeb",
          100: "#fef3c7",
          200: "#fde68a",
          300: "#fcd34d",
          400: "#fbbf24",
          500: "#f59e0b",
          600: "#d97706",
          700: "#b45309",
          800: "#92400e",
          900: "#78350f",
          950: "#451a03",
        },
        yellow: {
          50: "#fefce8",
          100: "#fef9c3",
          200: "#fef08a",
          300: "#fde047",
          400: "#facc15",
          500: "#eab308",
          600: "#ca8a04",
          700: "#a16207",
          800: "#854d0e",
          900: "#713f12",
          950: "#422006",
        },
        lime: {
          50: "#f7fee7",
          100: "#ecfccb",
          200: "#d9f99d",
          300: "#bef264",
          400: "#a3e635",
          500: "#84cc16",
          600: "#65a30d",
          700: "#4d7c0f",
          800: "#3f6212",
          900: "#365314",
          950: "#1a2e05",
        },
        green: {
          50: "#f0fdf4",
          100: "#dcfce7",
          200: "#bbf7d0",
          300: "#86efac",
          400: "#4ade80",
          500: "#22c55e",
          600: "#16a34a",
          700: "#15803d",
          800: "#166534",
          900: "#14532d",
          950: "#052e16",
        },
        emerald: {
          50: "#ecfdf5",
          100: "#d1fae5",
          200: "#a7f3d0",
          300: "#6ee7b7",
          400: "#34d399",
          500: "#10b981",
          600: "#059669",
          700: "#047857",
          800: "#065f46",
          900: "#064e3b",
          950: "#022c22",
        },
        teal: {
          50: "#f0fdfa",
          100: "#ccfbf1",
          200: "#99f6e4",
          300: "#5eead4",
          400: "#2dd4bf",
          500: "#14b8a6",
          600: "#0d9488",
          700: "#0f766e",
          800: "#115e59",
          900: "#134e4a",
          950: "#042f2e",
        },
        cyan: {
          50: "#ecfeff",
          100: "#cffafe",
          200: "#a5f3fc",
          300: "#67e8f9",
          400: "#22d3ee",
          500: "#06b6d4",
          600: "#0891b2",
          700: "#0e7490",
          800: "#155e75",
          900: "#164e63",
          950: "#083344",
        },
        sky: {
          50: "#f0f9ff",
          100: "#e0f2fe",
          200: "#bae6fd",
          300: "#7dd3fc",
          400: "#38bdf8",
          500: "#0ea5e9",
          600: "#0284c7",
          700: "#0369a1",
          800: "#075985",
          900: "#0c4a6e",
          950: "#082f49",
        },
        blue: {
          50: "#eff6ff",
          100: "#dbeafe",
          200: "#bfdbfe",
          300: "#93c5fd",
          400: "#60a5fa",
          500: "#3b82f6",
          600: "#2563eb",
          700: "#1d4ed8",
          800: "#1e40af",
          900: "#1e3a8a",
          950: "#172554",
        },
        indigo: {
          50: "#eef2ff",
          100: "#e0e7ff",
          200: "#c7d2fe",
          300: "#a5b4fc",
          400: "#818cf8",
          500: "#6366f1",
          600: "#4f46e5",
          700: "#4338ca",
          800: "#3730a3",
          900: "#312e81",
          950: "#1e1b4b",
        },
        violet: {
          50: "#f5f3ff",
          100: "#ede9fe",
          200: "#ddd6fe",
          300: "#c4b5fd",
          400: "#a78bfa",
          500: "#8b5cf6",
          600: "#7c3aed",
          700: "#6d28d9",
          800: "#5b21b6",
          900: "#4c1d95",
          950: "#2e1065",
        },
        purple: {
          50: "#faf5ff",
          100: "#f3e8ff",
          200: "#e9d5ff",
          300: "#d8b4fe",
          400: "#c084fc",
          500: "#a855f7",
          600: "#9333ea",
          700: "#7e22ce",
          800: "#6b21a8",
          900: "#581c87",
          950: "#3b0764",
        },
        fuchsia: {
          50: "#fdf4ff",
          100: "#fae8ff",
          200: "#f5d0fe",
          300: "#f0abfc",
          400: "#e879f9",
          500: "#d946ef",
          600: "#c026d3",
          700: "#a21caf",
          800: "#86198f",
          900: "#701a75",
          950: "#4a044e",
        },
        pink: {
          50: "#fdf2f8",
          100: "#fce7f3",
          200: "#fbcfe8",
          300: "#f9a8d4",
          400: "#f472b6",
          500: "#ec4899",
          600: "#db2777",
          700: "#be185d",
          800: "#9d174d",
          900: "#831843",
          950: "#500724",
        },
        rose: {
          50: "#fff1f2",
          100: "#ffe4e6",
          200: "#fecdd3",
          300: "#fda4af",
          400: "#fb7185",
          500: "#f43f5e",
          600: "#e11d48",
          700: "#be123c",
          800: "#9f1239",
          900: "#881337",
          950: "#4c0519",
        },
        get lightBlue() {
          return ar({ version: "v2.2", from: "lightBlue", to: "sky" }), this.sky
        },
        get warmGray() {
          return (
            ar({ version: "v3.0", from: "warmGray", to: "stone" }), this.stone
          )
        },
        get trueGray() {
          return (
            ar({ version: "v3.0", from: "trueGray", to: "neutral" }),
            this.neutral
          )
        },
        get coolGray() {
          return (
            ar({ version: "v3.0", from: "coolGray", to: "gray" }), this.gray
          )
        },
        get blueGray() {
          return (
            ar({ version: "v3.0", from: "blueGray", to: "slate" }), this.slate
          )
        },
      }
    })
  function es(i, ...e) {
    for (let t of e) {
      for (let r in t) i?.hasOwnProperty?.(r) || (i[r] = t[r])
      for (let r of Object.getOwnPropertySymbols(t))
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          checked: 'checked="true"',
          disabled: 'disabled="true"',
          expanded: 'expanded="true"',
          hidden: 'hidden="true"',
          pressed: 'pressed="true"',
          readonly: 'readonly="true"',
          required: 'required="true"',
          selected: 'selected="true"',
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        aspectRatio: { auto: "auto", square: "1 / 1", video: "16 / 9" },
        backdropBlur: ({ theme: i }) => i("blur"),
        backdropBrightness: ({ theme: i }) => i("brightness"),
        backdropContrast: ({ theme: i }) => i("contrast"),
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          "gradient-to-tr":
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          "gradient-to-br":
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          "gradient-to-b":
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        backgroundOpacity: ({ theme: i }) => i("opacity"),
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          center: "center",
          left: "left",
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          right: "right",
          "right-bottom": "right bottom",
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          md: "12px",
          lg: "16px",
          xl: "24px",
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          md: "0.375rem",
          lg: "0.5rem",
          xl: "0.75rem",
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          lg: "0 10px 15px -3px rgb(0 0 0 / 0.1), 0 4px 6px -4px rgb(0 0 0 / 0.1)",
          xl: "0 20px 25px -5px rgb(0 0 0 / 0.1), 0 8px 10px -6px rgb(0 0 0 / 0.1)",
          "2xl": "0 25px 50px -12px rgb(0 0 0 / 0.25)",
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          50: ".5",
          75: ".75",
          90: ".9",
          95: ".95",
          100: "1",
          105: "1.05",
          110: "1.1",
          125: "1.25",
          150: "1.5",
          200: "2",
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        caretColor: ({ theme: i }) => i("colors"),
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          current: i.current,
          transparent: i.transparent,
          black: i.black,
          white: i.white,
          slate: i.slate,
          gray: i.gray,
          zinc: i.zinc,
          neutral: i.neutral,
          stone: i.stone,
          red: i.red,
          orange: i.orange,
          amber: i.amber,
          yellow: i.yellow,
          lime: i.lime,
          green: i.green,
          emerald: i.emerald,
          teal: i.teal,
          cyan: i.cyan,
          sky: i.sky,
          blue: i.blue,
          indigo: i.indigo,
          violet: i.violet,
          purple: i.purple,
          fuchsia: i.fuchsia,
          pink: i.pink,
          rose: i.rose,
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        columns: {
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          1: "1",
          2: "2",
          3: "3",
          4: "4",
          5: "5",
          6: "6",
          7: "7",
          8: "8",
          9: "9",
          10: "10",
          11: "11",
          12: "12",
          "3xs": "16rem",
          "2xs": "18rem",
          xs: "20rem",
          sm: "24rem",
          md: "28rem",
          lg: "32rem",
          xl: "36rem",
          "2xl": "42rem",
          "3xl": "48rem",
          "4xl": "56rem",
          "5xl": "64rem",
          "6xl": "72rem",
          "7xl": "80rem",
        },
        container: {},
        content: { none: "none" },
        contrast: {
          0: "0",
          50: ".5",
          75: ".75",
          100: "1",
          125: "1.25",
          150: "1.5",
          200: "2",
        },
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          auto: "auto",
          default: "default",
          pointer: "pointer",
          wait: "wait",
          text: "text",
          move: "move",
          help: "help",
          "not-allowed": "not-allowed",
          none: "none",
          "context-menu": "context-menu",
          progress: "progress",
          cell: "cell",
          crosshair: "crosshair",
          "vertical-text": "vertical-text",
          alias: "alias",
          copy: "copy",
          "no-drop": "no-drop",
          grab: "grab",
          grabbing: "grabbing",
          "all-scroll": "all-scroll",
          "col-resize": "col-resize",
          "row-resize": "row-resize",
          "n-resize": "n-resize",
          "e-resize": "e-resize",
          "s-resize": "s-resize",
          "w-resize": "w-resize",
          "ne-resize": "ne-resize",
          "nw-resize": "nw-resize",
          "se-resize": "se-resize",
          "sw-resize": "sw-resize",
          "ew-resize": "ew-resize",
          "ns-resize": "ns-resize",
          "nesw-resize": "nesw-resize",
          "nwse-resize": "nwse-resize",
          "zoom-in": "zoom-in",
          "zoom-out": "zoom-out",
        },
        divideColor: ({ theme: i }) => i("borderColor"),
        divideOpacity: ({ theme: i }) => i("borderOpacity"),
        divideWidth: ({ theme: i }) => i("borderWidth"),
        dropShadow: {
          sm: "0 1px 1px rgb(0 0 0 / 0.05)",
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            "0 1px 1px rgb(0 0 0 / 0.06)",
          ],
          md: ["0 4px 3px rgb(0 0 0 / 0.07)", "0 2px 2px rgb(0 0 0 / 0.06)"],
          lg: ["0 10px 8px rgb(0 0 0 / 0.04)", "0 4px 3px rgb(0 0 0 / 0.1)"],
          xl: ["0 20px 13px rgb(0 0 0 / 0.03)", "0 8px 5px rgb(0 0 0 / 0.08)"],
          "2xl": "0 25px 25px rgb(0 0 0 / 0.15)",
          none: "0 0 #0000",
        },
        fill: ({ theme: i }) => ({ none: "none", ...i("colors") }),
        flex: {
          1: "1 1 0%",
          auto: "1 1 auto",
          initial: "0 1 auto",
          none: "none",
        },
        flexBasis: ({ theme: i }) => ({
          auto: "auto",
          ...i("spacing"),
          "1/2": "50%",
          "1/3": "33.333333%",
          "2/3": "66.666667%",
          "1/4": "25%",
          "2/4": "50%",
          "3/4": "75%",
          "1/5": "20%",
          "2/5": "40%",
          "3/5": "60%",
          "4/5": "80%",
          "1/6": "16.666667%",
          "2/6": "33.333333%",
          "3/6": "50%",
          "4/6": "66.666667%",
          "5/6": "83.333333%",
          "1/12": "8.333333%",
          "2/12": "16.666667%",
          "3/12": "25%",
          "4/12": "33.333333%",
          "5/12": "41.666667%",
          "6/12": "50%",
          "7/12": "58.333333%",
          "8/12": "66.666667%",
          "9/12": "75%",
          "10/12": "83.333333%",
          "11/12": "91.666667%",
          full: "100%",
        }),
        flexGrow: { 0: "0", DEFAULT: "1" },
        flexShrink: { 0: "0", DEFAULT: "1" },
        fontFamily: {
          sans: [
            "ui-sans-serif",
            "system-ui",
            "sans-serif",
            '"Apple Color Emoji"',
            '"Segoe UI Emoji"',
            '"Segoe UI Symbol"',
            '"Noto Color Emoji"',
          ],
          serif: [
            "ui-serif",
            "Georgia",
            "Cambria",
            '"Times New Roman"',
            "Times",
            "serif",
          ],
          mono: [
            "ui-monospace",
            "SFMono-Regular",
            "Menlo",
            "Monaco",
            "Consolas",
            '"Liberation Mono"',
            '"Courier New"',
            "monospace",
          ],
        },
        fontSize: {
          xs: ["0.75rem", { lineHeight: "1rem" }],
          sm: ["0.875rem", { lineHeight: "1.25rem" }],
          base: ["1rem", { lineHeight: "1.5rem" }],
          lg: ["1.125rem", { lineHeight: "1.75rem" }],
          xl: ["1.25rem", { lineHeight: "1.75rem" }],
          "2xl": ["1.5rem", { lineHeight: "2rem" }],
          "3xl": ["1.875rem", { lineHeight: "2.25rem" }],
          "4xl": ["2.25rem", { lineHeight: "2.5rem" }],
          "5xl": ["3rem", { lineHeight: "1" }],
          "6xl": ["3.75rem", { lineHeight: "1" }],
          "7xl": ["4.5rem", { lineHeight: "1" }],
          "8xl": ["6rem", { lineHeight: "1" }],
          "9xl": ["8rem", { lineHeight: "1" }],
        },
        fontWeight: {
          thin: "100",
          extralight: "200",
          light: "300",
          normal: "400",
          medium: "500",
          semibold: "600",
          bold: "700",
          extrabold: "800",
          black: "900",
        },
        gap: ({ theme: i }) => i("spacing"),
        gradientColorStops: ({ theme: i }) => i("colors"),
        gradientColorStopPositions: {
          "0%": "0%",
          "5%": "5%",
          "10%": "10%",
          "15%": "15%",
          "20%": "20%",
          "25%": "25%",
          "30%": "30%",
          "35%": "35%",
          "40%": "40%",
          "45%": "45%",
          "50%": "50%",
          "55%": "55%",
          "60%": "60%",
          "65%": "65%",
          "70%": "70%",
          "75%": "75%",
          "80%": "80%",
          "85%": "85%",
          "90%": "90%",
          "95%": "95%",
          "100%": "100%",
        },
        grayscale: { 0: "0", DEFAULT: "100%" },
        gridAutoColumns: {
          auto: "auto",
          min: "min-content",
          max: "max-content",
          fr: "minmax(0, 1fr)",
        },
        gridAutoRows: {
          auto: "auto",
          min: "min-content",
          max: "max-content",
          fr: "minmax(0, 1fr)",
        },
        gridColumn: {
          auto: "auto",
          "span-1": "span 1 / span 1",
          "span-2": "span 2 / span 2",
          "span-3": "span 3 / span 3",
          "span-4": "span 4 / span 4",
          "span-5": "span 5 / span 5",
          "span-6": "span 6 / span 6",
          "span-7": "span 7 / span 7",
          "span-8": "span 8 / span 8",
          "span-9": "span 9 / span 9",
          "span-10": "span 10 / span 10",
          "span-11": "span 11 / span 11",
          "span-12": "span 12 / span 12",
          "span-full": "1 / -1",
        },
        gridColumnEnd: {
          auto: "auto",
          1: "1",
          2: "2",
          3: "3",
          4: "4",
          5: "5",
          6: "6",
          7: "7",
          8: "8",
          9: "9",
          10: "10",
          11: "11",
          12: "12",
          13: "13",
        },
        gridColumnStart: {
          auto: "auto",
          1: "1",
          2: "2",
          3: "3",
          4: "4",
          5: "5",
          6: "6",
          7: "7",
          8: "8",
          9: "9",
          10: "10",
          11: "11",
          12: "12",
          13: "13",
        },
        gridRow: {
          auto: "auto",
          "span-1": "span 1 / span 1",
          "span-2": "span 2 / span 2",
          "span-3": "span 3 / span 3",
          "span-4": "span 4 / span 4",
          "span-5": "span 5 / span 5",
          "span-6": "span 6 / span 6",
          "span-7": "span 7 / span 7",
          "span-8": "span 8 / span 8",
          "span-9": "span 9 / span 9",
          "span-10": "span 10 / span 10",
          "span-11": "span 11 / span 11",
          "span-12": "span 12 / span 12",
          "span-full": "1 / -1",
        },
        gridRowEnd: {
          auto: "auto",
          1: "1",
          2: "2",
          3: "3",
          4: "4",
          5: "5",
          6: "6",
          7: "7",
          8: "8",
          9: "9",
          10: "10",
          11: "11",
          12: "12",
          13: "13",
        },
        gridRowStart: {
          auto: "auto",
          1: "1",
          2: "2",
          3: "3",
          4: "4",
          5: "5",
          6: "6",
          7: "7",
          8: "8",
          9: "9",
          10: "10",
          11: "11",
          12: "12",
          13: "13",
        },
        gridTemplateColumns: {
          none: "none",
          subgrid: "subgrid",
          1: "repeat(1, minmax(0, 1fr))",
          2: "repeat(2, minmax(0, 1fr))",
          3: "repeat(3, minmax(0, 1fr))",
          4: "repeat(4, minmax(0, 1fr))",
          5: "repeat(5, minmax(0, 1fr))",
          6: "repeat(6, minmax(0, 1fr))",
          7: "repeat(7, minmax(0, 1fr))",
          8: "repeat(8, minmax(0, 1fr))",
          9: "repeat(9, minmax(0, 1fr))",
          10: "repeat(10, minmax(0, 1fr))",
          11: "repeat(11, minmax(0, 1fr))",
          12: "repeat(12, minmax(0, 1fr))",
        },
        gridTemplateRows: {
          none: "none",
          subgrid: "subgrid",
          1: "repeat(1, minmax(0, 1fr))",
          2: "repeat(2, minmax(0, 1fr))",
          3: "repeat(3, minmax(0, 1fr))",
          4: "repeat(4, minmax(0, 1fr))",
          5: "repeat(5, minmax(0, 1fr))",
          6: "repeat(6, minmax(0, 1fr))",
          7: "repeat(7, minmax(0, 1fr))",
          8: "repeat(8, minmax(0, 1fr))",
          9: "repeat(9, minmax(0, 1fr))",
          10: "repeat(10, minmax(0, 1fr))",
          11: "repeat(11, minmax(0, 1fr))",
          12: "repeat(12, minmax(0, 1fr))",
        },
        height: ({ theme: i }) => ({
          auto: "auto",
          ...i("spacing"),
          "1/2": "50%",
          "1/3": "33.333333%",
          "2/3": "66.666667%",
          "1/4": "25%",
          "2/4": "50%",
          "3/4": "75%",
          "1/5": "20%",
          "2/5": "40%",
          "3/5": "60%",
          "4/5": "80%",
          "1/6": "16.666667%",
          "2/6": "33.333333%",
          "3/6": "50%",
          "4/6": "66.666667%",
          "5/6": "83.333333%",
          full: "100%",
          screen: "100vh",
          svh: "100svh",
          lvh: "100lvh",
          dvh: "100dvh",
          min: "min-content",
          max: "max-content",
          fit: "fit-content",
        }),
        hueRotate: {
          0: "0deg",
          15: "15deg",
          30: "30deg",
          60: "60deg",
          90: "90deg",
          180: "180deg",
        },
        inset: ({ theme: i }) => ({
          auto: "auto",
          ...i("spacing"),
          "1/2": "50%",
          "1/3": "33.333333%",
          "2/3": "66.666667%",
          "1/4": "25%",
          "2/4": "50%",
          "3/4": "75%",
          full: "100%",
        }),
        invert: { 0: "0", DEFAULT: "100%" },
        keyframes: {
          spin: { to: { transform: "rotate(360deg)" } },
          ping: { "75%, 100%": { transform: "scale(2)", opacity: "0" } },
          pulse: { "50%": { opacity: ".5" } },
          bounce: {
            "0%, 100%": {
              transform: "translateY(-25%)",
              animationTimingFunction: "cubic-bezier(0.8,0,1,1)",
            },
            "50%": {
              transform: "none",
              animationTimingFunction: "cubic-bezier(0,0,0.2,1)",
            },
          },
        },
        letterSpacing: {
          tighter: "-0.05em",
          tight: "-0.025em",
          normal: "0em",
          wide: "0.025em",
          wider: "0.05em",
          widest: "0.1em",
        },
        lineHeight: {
          none: "1",
          tight: "1.25",
          snug: "1.375",
          normal: "1.5",
          relaxed: "1.625",
          loose: "2",
          3: ".75rem",
          4: "1rem",
          5: "1.25rem",
          6: "1.5rem",
          7: "1.75rem",
          8: "2rem",
          9: "2.25rem",
          10: "2.5rem",
        },
        listStyleType: { none: "none", disc: "disc", decimal: "decimal" },
        listStyleImage: { none: "none" },
        margin: ({ theme: i }) => ({ auto: "auto", ...i("spacing") }),
        lineClamp: { 1: "1", 2: "2", 3: "3", 4: "4", 5: "5", 6: "6" },
        maxHeight: ({ theme: i }) => ({
          ...i("spacing"),
          none: "none",
          full: "100%",
          screen: "100vh",
          svh: "100svh",
          lvh: "100lvh",
          dvh: "100dvh",
          min: "min-content",
          max: "max-content",
          fit: "fit-content",
        }),
        maxWidth: ({ theme: i, breakpoints: e }) => ({
          ...i("spacing"),
          none: "none",
          xs: "20rem",
          sm: "24rem",
          md: "28rem",
          lg: "32rem",
          xl: "36rem",
          "2xl": "42rem",
          "3xl": "48rem",
          "4xl": "56rem",
          "5xl": "64rem",
          "6xl": "72rem",
          "7xl": "80rem",
          full: "100%",
          min: "min-content",
          max: "max-content",
          fit: "fit-content",
          prose: "65ch",
          ...e(i("screens")),
        }),
        minHeight: ({ theme: i }) => ({
          ...i("spacing"),
          full: "100%",
          screen: "100vh",
          svh: "100svh",
          lvh: "100lvh",
          dvh: "100dvh",
          min: "min-content",
          max: "max-content",
          fit: "fit-content",
        }),
        minWidth: ({ theme: i }) => ({
          ...i("spacing"),
          full: "100%",
          min: "min-content",
          max: "max-content",
          fit: "fit-content",
        }),
        objectPosition: {
          bottom: "bottom",
          center: "center",
          left: "left",
          "left-bottom": "left bottom",
          "left-top": "left top",
          right: "right",
          "right-bottom": "right bottom",
          "right-top": "right top",
          top: "top",
        },
        opacity: {
          0: "0",
          5: "0.05",
          10: "0.1",
          15: "0.15",
          20: "0.2",
          25: "0.25",
          30: "0.3",
          35: "0.35",
          40: "0.4",
          45: "0.45",
          50: "0.5",
          55: "0.55",
          60: "0.6",
          65: "0.65",
          70: "0.7",
          75: "0.75",
          80: "0.8",
          85: "0.85",
          90: "0.9",
          95: "0.95",
          100: "1",
        },
        order: {
          first: "-9999",
          last: "9999",
          none: "0",
          1: "1",
          2: "2",
          3: "3",
          4: "4",
          5: "5",
          6: "6",
          7: "7",
          8: "8",
          9: "9",
          10: "10",
          11: "11",
          12: "12",
        },
        outlineColor: ({ theme: i }) => i("colors"),
        outlineOffset: { 0: "0px", 1: "1px", 2: "2px", 4: "4px", 8: "8px" },
        outlineWidth: { 0: "0px", 1: "1px", 2: "2px", 4: "4px", 8: "8px" },
        padding: ({ theme: i }) => i("spacing"),
        placeholderColor: ({ theme: i }) => i("colors"),
        placeholderOpacity: ({ theme: i }) => i("opacity"),
        ringColor: ({ theme: i }) => ({
          DEFAULT: i("colors.blue.500", "#3b82f6"),
          ...i("colors"),
        }),
        ringOffsetColor: ({ theme: i }) => i("colors"),
        ringOffsetWidth: { 0: "0px", 1: "1px", 2: "2px", 4: "4px", 8: "8px" },
        ringOpacity: ({ theme: i }) => ({ DEFAULT: "0.5", ...i("opacity") }),
        ringWidth: {
          DEFAULT: "3px",
          0: "0px",
          1: "1px",
          2: "2px",
          4: "4px",
          8: "8px",
        },
        rotate: {
          0: "0deg",
          1: "1deg",
          2: "2deg",
          3: "3deg",
          6: "6deg",
          12: "12deg",
          45: "45deg",
          90: "90deg",
          180: "180deg",
        },
        saturate: { 0: "0", 50: ".5", 100: "1", 150: "1.5", 200: "2" },
        scale: {
          0: "0",
          50: ".5",
          75: ".75",
          90: ".9",
          95: ".95",
          100: "1",
          105: "1.05",
          110: "1.1",
          125: "1.25",
          150: "1.5",
        },
        screens: {
          sm: "640px",
          md: "768px",
          lg: "1024px",
          xl: "1280px",
          "2xl": "1536px",
        },
        scrollMargin: ({ theme: i }) => ({ ...i("spacing") }),
        scrollPadding: ({ theme: i }) => i("spacing"),
        sepia: { 0: "0", DEFAULT: "100%" },
        skew: {
          0: "0deg",
          1: "1deg",
          2: "2deg",
          3: "3deg",
          6: "6deg",
          12: "12deg",
        },
        space: ({ theme: i }) => ({ ...i("spacing") }),
        spacing: {
          px: "1px",
          0: "0px",
          0.5: "0.125rem",
          1: "0.25rem",
          1.5: "0.375rem",
          2: "0.5rem",
          2.5: "0.625rem",
          3: "0.75rem",
          3.5: "0.875rem",
          4: "1rem",
          5: "1.25rem",
          6: "1.5rem",
          7: "1.75rem",
          8: "2rem",
          9: "2.25rem",
          10: "2.5rem",
          11: "2.75rem",
          12: "3rem",
          14: "3.5rem",
          16: "4rem",
          20: "5rem",
          24: "6rem",
          28: "7rem",
          32: "8rem",
          36: "9rem",
          40: "10rem",
          44: "11rem",
          48: "12rem",
          52: "13rem",
          56: "14rem",
          60: "15rem",
          64: "16rem",
          72: "18rem",
          80: "20rem",
          96: "24rem",
        },
        stroke: ({ theme: i }) => ({ none: "none", ...i("colors") }),
        strokeWidth: { 0: "0", 1: "1", 2: "2" },
        supports: {},
        data: {},
        textColor: ({ theme: i }) => i("colors"),
        textDecorationColor: ({ theme: i }) => i("colors"),
        textDecorationThickness: {
          auto: "auto",
          "from-font": "from-font",
          0: "0px",
          1: "1px",
          2: "2px",
          4: "4px",
          8: "8px",
        },
        textIndent: ({ theme: i }) => ({ ...i("spacing") }),
        textOpacity: ({ theme: i }) => i("opacity"),
        textUnderlineOffset: {
          auto: "auto",
          0: "0px",
          1: "1px",
          2: "2px",
          4: "4px",
          8: "8px",
        },
        transformOrigin: {
          center: "center",
          top: "top",
          "top-right": "top right",
          right: "right",
          "bottom-right": "bottom right",
          bottom: "bottom",
          "bottom-left": "bottom left",
          left: "left",
          "top-left": "top left",
        },
        transitionDelay: {
          0: "0s",
          75: "75ms",
          100: "100ms",
          150: "150ms",
          200: "200ms",
          300: "300ms",
          500: "500ms",
          700: "700ms",
          1e3: "1000ms",
        },
        transitionDuration: {
          DEFAULT: "150ms",
          0: "0s",
          75: "75ms",
          100: "100ms",
          150: "150ms",
          200: "200ms",
          300: "300ms",
          500: "500ms",
          700: "700ms",
          1e3: "1000ms",
        },
        transitionProperty: {
          none: "none",
          all: "all",
          DEFAULT:
            "color, background-color, border-color, text-decoration-color, fill, stroke, opacity, box-shadow, transform, filter, backdrop-filter",
          colors:
            "color, background-color, border-color, text-decoration-color, fill, stroke",
          opacity: "opacity",
          shadow: "box-shadow",
          transform: "transform",
        },
        transitionTimingFunction: {
          DEFAULT: "cubic-bezier(0.4, 0, 0.2, 1)",
          linear: "linear",
          in: "cubic-bezier(0.4, 0, 1, 1)",
          out: "cubic-bezier(0, 0, 0.2, 1)",
          "in-out": "cubic-bezier(0.4, 0, 0.2, 1)",
        },
        translate: ({ theme: i }) => ({
          ...i("spacing"),
          "1/2": "50%",
          "1/3": "33.333333%",
          "2/3": "66.666667%",
          "1/4": "25%",
          "2/4": "50%",
          "3/4": "75%",
          full: "100%",
        }),
        size: ({ theme: i }) => ({
          auto: "auto",
          ...i("spacing"),
          "1/2": "50%",
          "1/3": "33.333333%",
          "2/3": "66.666667%",
          "1/4": "25%",
          "2/4": "50%",
          "3/4": "75%",
          "1/5": "20%",
          "2/5": "40%",
          "3/5": "60%",
          "4/5": "80%",
          "1/6": "16.666667%",
          "2/6": "33.333333%",
          "3/6": "50%",
          "4/6": "66.666667%",
          "5/6": "83.333333%",
          "1/12": "8.333333%",
          "2/12": "16.666667%",
          "3/12": "25%",
          "4/12": "33.333333%",
          "5/12": "41.666667%",
          "6/12": "50%",
          "7/12": "58.333333%",
          "8/12": "66.666667%",
          "9/12": "75%",
          "10/12": "83.333333%",
          "11/12": "91.666667%",
          full: "100%",
          min: "min-content",
          max: "max-content",
          fit: "fit-content",
        }),
        width: ({ theme: i }) => ({
          auto: "auto",
          ...i("spacing"),
          "1/2": "50%",
          "1/3": "33.333333%",
          "2/3": "66.666667%",
          "1/4": "25%",
          "2/4": "50%",
          "3/4": "75%",
          "1/5": "20%",
          "2/5": "40%",
          "3/5": "60%",
          "4/5": "80%",
          "1/6": "16.666667%",
          "2/6": "33.333333%",
          "3/6": "50%",
          "4/6": "66.666667%",
          "5/6": "83.333333%",
          "1/12": "8.333333%",
          "2/12": "16.666667%",
          "3/12": "25%",
          "4/12": "33.333333%",
          "5/12": "41.666667%",
          "6/12": "50%",
          "7/12": "58.333333%",
          "8/12": "66.666667%",
          "9/12": "75%",
          "10/12": "83.333333%",
          "11/12": "91.666667%",
          full: "100%",
          screen: "100vw",
          svw: "100svw",
          lvw: "100lvw",
          dvw: "100dvw",
          min: "min-content",
          max: "max-content",
          fit: "fit-content",
        }),
        willChange: {
          auto: "auto",
          scroll: "scroll-position",
          contents: "contents",
          transform: "transform",
        },
        zIndex: {
          auto: "auto",
          0: "0",
          10: "10",
          20: "20",
          30: "30",
          40: "40",
          50: "50",
        },
      },
      plugins: [],
    }
  })
  function vi(i) {
    let e = (i?.presets ?? [Ju.default])
        .slice()
        .reverse()
        .flatMap(n => vi(n instanceof Function ? n() : n)),
      t = {
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              r.last.type === "decl" &&
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            )
              return !1
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          t
        )
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      rawEmptyBody(e) {
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          t
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`)
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      rawBeforeRule(e) {
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                (t = r.raws.before),
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`) && (t = t.replace(/[^\n]+$/, "")),
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          t
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      rawBeforeClose(e) {
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`) && (t = t.replace(/[^\n]+$/, "")),
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          t
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      rawBeforeOpen(e) {
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              ((t = r.raws.between), typeof t != "undefined")
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              return !1
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          t
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      rawColon(e) {
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          t
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      beforeAfter(e, t) {
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`)
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          this
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      toString(e = u0) {
        e.stringify && (e = e.stringify)
        let t = ""
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            t += r
          }),
          t
        )
      }
      assign(e = {}) {
        for (let t in e) this[t] = e[t]
        return this
      }
      clone(e = {}) {
        let t = ks(this)
        for (let r in e) t[r] = e[r]
        return t
      }
      cloneBefore(e = {}) {
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        return this.parent.insertBefore(this, t), t
      }
      cloneAfter(e = {}) {
        let t = this.clone(e)
        return this.parent.insertAfter(this, t), t
      }
      replaceWith(...e) {
        if (this.parent) {
          let t = this,
            r = !1
          for (let n of e)
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      next() {
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      prev() {
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      positionInside(e) {
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          r = this.source.start.column,
          n = this.source.start.line
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          `
`
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      positionBy(e) {
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        else if (e.word) {
          let r = this.toString().indexOf(e.word)
          r !== -1 && (t = this.positionInside(r))
        }
        return t
      }
      rangeBy(e) {
        let t = {
            line: this.source.start.line,
            column: this.source.start.column,
          },
          r = this.source.end
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            : { line: t.line, column: t.column + 1 }
        if (e.word) {
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            ((t = this.positionInside(n)),
            (r = this.positionInside(n + e.word.length)))
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          e.start
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            : e.index && (t = this.positionInside(e.index)),
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                : e.index && (r = this.positionInside(e.index + 1))
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      getProxyProcessor() {
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                  t === "name" ||
                  t === "params" ||
                  t === "important" ||
                  t === "text") &&
                  e.markDirty()),
              !0
            )
          },
          get(e, t) {
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              : t === "root"
                ? () => e.root().toProxy()
                : e[t]
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            (this.proxyCache = new Proxy(this, this.getProxyProcessor())),
          this.proxyCache
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      addToError(e) {
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          e.stack && this.source && /\n\s{4}at /.test(e.stack))
        ) {
          let t = this.source
          e.stack = e.stack.replace(
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            `$&${t.input.from}:${t.start.line}:${t.start.column}$&`,
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      markDirty() {
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            typeof e.value != "string" &&
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          super(e)
          this.type = "decl"
        }
        get variable() {
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  var Ss = v((QE, pf) => {
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          let t = ""
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              t += r
            }),
            [t]
          )
        },
      }
    }
  })
  var wr = v((JE, df) => {
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      p0 = gr(),
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    }
    var be = class extends p0 {
      push(e) {
        return (e.parent = this), this.proxyOf.nodes.push(e), this
      }
      each(e) {
        if (!this.proxyOf.nodes) return
        let t = this.getIterator(),
          r,
          n
        for (
          ;
          this.indexes[t] < this.proxyOf.nodes.length &&
          ((r = this.indexes[t]), (n = e(this.proxyOf.nodes[r], r)), n !== !1);

        )
          this.indexes[t] += 1
        return delete this.indexes[t], n
      }
      walk(e) {
        return this.each((t, r) => {
          let n
          try {
            n = e(t, r)
          } catch (a) {
            throw t.addToError(a)
          }
          return n !== !1 && t.walk && (n = t.walk(e)), n
        })
      }
      walkDecls(e, t) {
        return t
          ? e instanceof RegExp
            ? this.walk((r, n) => {
                if (r.type === "decl" && e.test(r.prop)) return t(r, n)
              })
            : this.walk((r, n) => {
                if (r.type === "decl" && r.prop === e) return t(r, n)
              })
          : ((t = e),
            this.walk((r, n) => {
              if (r.type === "decl") return t(r, n)
            }))
      }
      walkRules(e, t) {
        return t
          ? e instanceof RegExp
            ? this.walk((r, n) => {
                if (r.type === "rule" && e.test(r.selector)) return t(r, n)
              })
            : this.walk((r, n) => {
                if (r.type === "rule" && r.selector === e) return t(r, n)
              })
          : ((t = e),
            this.walk((r, n) => {
              if (r.type === "rule") return t(r, n)
            }))
      }
      walkAtRules(e, t) {
        return t
          ? e instanceof RegExp
            ? this.walk((r, n) => {
                if (r.type === "atrule" && e.test(r.name)) return t(r, n)
              })
            : this.walk((r, n) => {
                if (r.type === "atrule" && r.name === e) return t(r, n)
              })
          : ((t = e),
            this.walk((r, n) => {
              if (r.type === "atrule") return t(r, n)
            }))
      }
      walkComments(e) {
        return this.walk((t, r) => {
          if (t.type === "comment") return e(t, r)
        })
      }
      append(...e) {
        for (let t of e) {
          let r = this.normalize(t, this.last)
          for (let n of r) this.proxyOf.nodes.push(n)
        }
        return this.markDirty(), this
      }
      prepend(...e) {
        e = e.reverse()
        for (let t of e) {
          let r = this.normalize(t, this.first, "prepend").reverse()
          for (let n of r) this.proxyOf.nodes.unshift(n)
          for (let n in this.indexes)
            this.indexes[n] = this.indexes[n] + r.length
        }
        return this.markDirty(), this
      }
      cleanRaws(e) {
        if ((super.cleanRaws(e), this.nodes))
          for (let t of this.nodes) t.cleanRaws(e)
      }
      insertBefore(e, t) {
        let r = this.index(e),
          n = r === 0 ? "prepend" : !1,
          a = this.normalize(t, this.proxyOf.nodes[r], n).reverse()
        r = this.index(e)
        for (let o of a) this.proxyOf.nodes.splice(r, 0, o)
        let s
        for (let o in this.indexes)
          (s = this.indexes[o]), r <= s && (this.indexes[o] = s + a.length)
        return this.markDirty(), this
      }
      insertAfter(e, t) {
        let r = this.index(e),
          n = this.normalize(t, this.proxyOf.nodes[r]).reverse()
        r = this.index(e)
        for (let s of n) this.proxyOf.nodes.splice(r + 1, 0, s)
        let a
        for (let s in this.indexes)
          (a = this.indexes[s]), r < a && (this.indexes[s] = a + n.length)
        return this.markDirty(), this
      }
      removeChild(e) {
        ;(e = this.index(e)),
          (this.proxyOf.nodes[e].parent = void 0),
          this.proxyOf.nodes.splice(e, 1)
        let t
        for (let r in this.indexes)
          (t = this.indexes[r]), t >= e && (this.indexes[r] = t - 1)
        return this.markDirty(), this
      }
      removeAll() {
        for (let e of this.proxyOf.nodes) e.parent = void 0
        return (this.proxyOf.nodes = []), this.markDirty(), this
      }
      replaceValues(e, t, r) {
        return (
          r || ((r = t), (t = {})),
          this.walkDecls(n => {
            ;(t.props && !t.props.includes(n.prop)) ||
              (t.fast && !n.value.includes(t.fast)) ||
              (n.value = n.value.replace(e, r))
          }),
          this.markDirty(),
          this
        )
      }
      every(e) {
        return this.nodes.every(e)
      }
      some(e) {
        return this.nodes.some(e)
      }
      index(e) {
        return typeof e == "number"
          ? e
          : (e.proxyOf && (e = e.proxyOf), this.proxyOf.nodes.indexOf(e))
      }
      get first() {
        if (!!this.proxyOf.nodes) return this.proxyOf.nodes[0]
      }
      get last() {
        if (!!this.proxyOf.nodes)
          return this.proxyOf.nodes[this.proxyOf.nodes.length - 1]
      }
      normalize(e, t) {
        if (typeof e == "string") e = vf(wf(e).nodes)
        else if (Array.isArray(e)) {
          e = e.slice(0)
          for (let n of e) n.parent && n.parent.removeChild(n, "ignore")
        } else if (e.type === "root" && this.type !== "document") {
          e = e.nodes.slice(0)
          for (let n of e) n.parent && n.parent.removeChild(n, "ignore")
        } else if (e.type) e = [e]
        else if (e.prop) {
          if (typeof e.value == "undefined")
            throw new Error("Value field is missed in node creation")
          typeof e.value != "string" && (e.value = String(e.value)),
            (e = [new gf(e)])
        } else if (e.selector) e = [new Cs(e)]
        else if (e.name) e = [new As(e)]
        else if (e.text) e = [new yf(e)]
        else throw new Error("Unknown node type in node creation")
        return e.map(
          n => (
            n[mf] || be.rebuild(n),
            (n = n.proxyOf),
            n.parent && n.parent.removeChild(n),
            n[hf] && xf(n),
            typeof n.raws.before == "undefined" &&
              t &&
              typeof t.raws.before != "undefined" &&
              (n.raws.before = t.raws.before.replace(/\S/g, "")),
            (n.parent = this.proxyOf),
            n
          ),
        )
      }
      getProxyProcessor() {
        return {
          set(e, t, r) {
            return (
              e[t] === r ||
                ((e[t] = r),
                (t === "name" || t === "params" || t === "selector") &&
                  e.markDirty()),
              !0
            )
          },
          get(e, t) {
            return t === "proxyOf"
              ? e
              : e[t]
                ? t === "each" || (typeof t == "string" && t.startsWith("walk"))
                  ? (...r) =>
                      e[t](
                        ...r.map(n =>
                          typeof n == "function"
                            ? (a, s) => n(a.toProxy(), s)
                            : n,
                        ),
                      )
                  : t === "every" || t === "some"
                    ? r => e[t]((n, ...a) => r(n.toProxy(), ...a))
                    : t === "root"
                      ? () => e.root().toProxy()
                      : t === "nodes"
                        ? e.nodes.map(r => r.toProxy())
                        : t === "first" || t === "last"
                          ? e[t].toProxy()
                          : e[t]
                : e[t]
          },
        }
      }
      getIterator() {
        this.lastEach || (this.lastEach = 0),
          this.indexes || (this.indexes = {}),
          (this.lastEach += 1)
        let e = this.lastEach
        return (this.indexes[e] = 0), e
      }
    }
    be.registerParse = i => {
      wf = i
    }
    be.registerRule = i => {
      Cs = i
    }
    be.registerAtRule = i => {
      As = i
    }
    be.registerRoot = i => {
      bf = i
    }
    kf.exports = be
    be.default = be
    be.rebuild = i => {
      i.type === "atrule"
        ? Object.setPrototypeOf(i, As.prototype)
        : i.type === "rule"
          ? Object.setPrototypeOf(i, Cs.prototype)
          : i.type === "decl"
            ? Object.setPrototypeOf(i, gf.prototype)
            : i.type === "comment"
              ? Object.setPrototypeOf(i, yf.prototype)
              : i.type === "root" && Object.setPrototypeOf(i, bf.prototype),
        (i[mf] = !0),
        i.nodes &&
          i.nodes.forEach(e => {
            be.rebuild(e)
          })
    }
  })
  var Ti = v((KE, Af) => {
    l()
    ;("use strict")
    var d0 = it(),
      Sf,
      Cf,
      Et = class extends d0 {
        constructor(e) {
          super({ type: "document", ...e })
          this.nodes || (this.nodes = [])
        }
        toResult(e = {}) {
          return new Sf(new Cf(), this, e).stringify()
        }
      }
    Et.registerLazyResult = i => {
      Sf = i
    }
    Et.registerProcessor = i => {
      Cf = i
    }
    Af.exports = Et
    Et.default = Et
  })
  var _s = v((ZE, Of) => {
    l()
    ;("use strict")
    var _f = {}
    Of.exports = function (e) {
      _f[e] ||
        ((_f[e] = !0),
        typeof console != "undefined" && console.warn && console.warn(e))
    }
  })
  var Os = v((eT, Ef) => {
    l()
    ;("use strict")
    var Pi = class {
      constructor(e, t = {}) {
        if (
          ((this.type = "warning"), (this.text = e), t.node && t.node.source)
        ) {
          let r = t.node.rangeBy(t)
          ;(this.line = r.start.line),
            (this.column = r.start.column),
            (this.endLine = r.end.line),
            (this.endColumn = r.end.column)
        }
        for (let r in t) this[r] = t[r]
      }
      toString() {
        return this.node
          ? this.node.error(this.text, {
              plugin: this.plugin,
              index: this.index,
              word: this.word,
            }).message
          : this.plugin
            ? this.plugin + ": " + this.text
            : this.text
      }
    }
    Ef.exports = Pi
    Pi.default = Pi
  })
  var Ii = v((tT, Tf) => {
    l()
    ;("use strict")
    var h0 = Os(),
      Di = class {
        constructor(e, t, r) {
          ;(this.processor = e),
            (this.messages = []),
            (this.root = t),
            (this.opts = r),
            (this.css = void 0),
            (this.map = void 0)
        }
        toString() {
          return this.css
        }
        warn(e, t = {}) {
          t.plugin ||
            (this.lastPlugin &&
              this.lastPlugin.postcssPlugin &&
              (t.plugin = this.lastPlugin.postcssPlugin))
          let r = new h0(e, t)
          return this.messages.push(r), r
        }
        warnings() {
          return this.messages.filter(e => e.type === "warning")
        }
        get content() {
          return this.css
        }
      }
    Tf.exports = Di
    Di.default = Di
  })
  var Rf = v((rT, qf) => {
    l()
    ;("use strict")
    var Es = "'".charCodeAt(0),
      Pf = '"'.charCodeAt(0),
      qi = "\\".charCodeAt(0),
      Df = "/".charCodeAt(0),
      Ri = `
`.charCodeAt(0),
      br = " ".charCodeAt(0),
      Mi = "\f".charCodeAt(0),
      Bi = "	".charCodeAt(0),
      Fi = "\r".charCodeAt(0),
      m0 = "[".charCodeAt(0),
      g0 = "]".charCodeAt(0),
      y0 = "(".charCodeAt(0),
      w0 = ")".charCodeAt(0),
      b0 = "{".charCodeAt(0),
      v0 = "}".charCodeAt(0),
      x0 = ";".charCodeAt(0),
      k0 = "*".charCodeAt(0),
      S0 = ":".charCodeAt(0),
      C0 = "@".charCodeAt(0),
      Ni = /[\t\n\f\r "#'()/;[\\\]{}]/g,
      Li = /[\t\n\f\r !"#'():;@[\\\]{}]|\/(?=\*)/g,
      A0 = /.[\n"'(/\\]/,
      If = /[\da-f]/i
    qf.exports = function (e, t = {}) {
      let r = e.css.valueOf(),
        n = t.ignoreErrors,
        a,
        s,
        o,
        u,
        c,
        f,
        d,
        p,
        m,
        b,
        x = r.length,
        y = 0,
        w = [],
        k = []
      function S() {
        return y
      }
      function _(R) {
        throw e.error("Unclosed " + R, y)
      }
      function E() {
        return k.length === 0 && y >= x
      }
      function I(R) {
        if (k.length) return k.pop()
        if (y >= x) return
        let J = R ? R.ignoreUnclosed : !1
        switch (((a = r.charCodeAt(y)), a)) {
          case Ri:
          case br:
          case Bi:
          case Fi:
          case Mi: {
            s = y
            do (s += 1), (a = r.charCodeAt(s))
            while (a === br || a === Ri || a === Bi || a === Fi || a === Mi)
            ;(b = ["space", r.slice(y, s)]), (y = s - 1)
            break
          }
          case m0:
          case g0:
          case b0:
          case v0:
          case S0:
          case x0:
          case w0: {
            let fe = String.fromCharCode(a)
            b = [fe, fe, y]
            break
          }
          case y0: {
            if (
              ((p = w.length ? w.pop()[1] : ""),
              (m = r.charCodeAt(y + 1)),
              p === "url" &&
                m !== Es &&
                m !== Pf &&
                m !== br &&
                m !== Ri &&
                m !== Bi &&
                m !== Mi &&
                m !== Fi)
            ) {
              s = y
              do {
                if (((f = !1), (s = r.indexOf(")", s + 1)), s === -1))
                  if (n || J) {
                    s = y
                    break
                  } else _("bracket")
                for (d = s; r.charCodeAt(d - 1) === qi; ) (d -= 1), (f = !f)
              } while (f)
              ;(b = ["brackets", r.slice(y, s + 1), y, s]), (y = s)
            } else
              (s = r.indexOf(")", y + 1)),
                (u = r.slice(y, s + 1)),
                s === -1 || A0.test(u)
                  ? (b = ["(", "(", y])
                  : ((b = ["brackets", u, y, s]), (y = s))
            break
          }
          case Es:
          case Pf: {
            ;(o = a === Es ? "'" : '"'), (s = y)
            do {
              if (((f = !1), (s = r.indexOf(o, s + 1)), s === -1))
                if (n || J) {
                  s = y + 1
                  break
                } else _("string")
              for (d = s; r.charCodeAt(d - 1) === qi; ) (d -= 1), (f = !f)
            } while (f)
            ;(b = ["string", r.slice(y, s + 1), y, s]), (y = s)
            break
          }
          case C0: {
            ;(Ni.lastIndex = y + 1),
              Ni.test(r),
              Ni.lastIndex === 0 ? (s = r.length - 1) : (s = Ni.lastIndex - 2),
              (b = ["at-word", r.slice(y, s + 1), y, s]),
              (y = s)
            break
          }
          case qi: {
            for (s = y, c = !0; r.charCodeAt(s + 1) === qi; ) (s += 1), (c = !c)
            if (
              ((a = r.charCodeAt(s + 1)),
              c &&
                a !== Df &&
                a !== br &&
                a !== Ri &&
                a !== Bi &&
                a !== Fi &&
                a !== Mi &&
                ((s += 1), If.test(r.charAt(s))))
            ) {
              for (; If.test(r.charAt(s + 1)); ) s += 1
              r.charCodeAt(s + 1) === br && (s += 1)
            }
            ;(b = ["word", r.slice(y, s + 1), y, s]), (y = s)
            break
          }
          default: {
            a === Df && r.charCodeAt(y + 1) === k0
              ? ((s = r.indexOf("*/", y + 2) + 1),
                s === 0 && (n || J ? (s = r.length) : _("comment")),
                (b = ["comment", r.slice(y, s + 1), y, s]),
                (y = s))
              : ((Li.lastIndex = y + 1),
                Li.test(r),
                Li.lastIndex === 0
                  ? (s = r.length - 1)
                  : (s = Li.lastIndex - 2),
                (b = ["word", r.slice(y, s + 1), y, s]),
                w.push(b),
                (y = s))
            break
          }
        }
        return y++, b
      }
      function q(R) {
        k.push(R)
      }
      return { back: q, nextToken: I, endOfFile: E, position: S }
    }
  })
  var $i = v((iT, Bf) => {
    l()
    ;("use strict")
    var Mf = it(),
      vr = class extends Mf {
        constructor(e) {
          super(e)
          this.type = "atrule"
        }
        append(...e) {
          return this.proxyOf.nodes || (this.nodes = []), super.append(...e)
        }
        prepend(...e) {
          return this.proxyOf.nodes || (this.nodes = []), super.prepend(...e)
        }
      }
    Bf.exports = vr
    vr.default = vr
    Mf.registerAtRule(vr)
  })
  var Tt = v((nT, $f) => {
    l()
    ;("use strict")
    var Ff = it(),
      Nf,
      Lf,
      bt = class extends Ff {
        constructor(e) {
          super(e)
          ;(this.type = "root"), this.nodes || (this.nodes = [])
        }
        removeChild(e, t) {
          let r = this.index(e)
          return (
            !t &&
              r === 0 &&
              this.nodes.length > 1 &&
              (this.nodes[1].raws.before = this.nodes[r].raws.before),
            super.removeChild(e)
          )
        }
        normalize(e, t, r) {
          let n = super.normalize(e)
          if (t) {
            if (r === "prepend")
              this.nodes.length > 1
                ? (t.raws.before = this.nodes[1].raws.before)
                : delete t.raws.before
            else if (this.first !== t)
              for (let a of n) a.raws.before = t.raws.before
          }
          return n
        }
        toResult(e = {}) {
          return new Nf(new Lf(), this, e).stringify()
        }
      }
    bt.registerLazyResult = i => {
      Nf = i
    }
    bt.registerProcessor = i => {
      Lf = i
    }
    $f.exports = bt
    bt.default = bt
    Ff.registerRoot(bt)
  })
  var Ts = v((sT, jf) => {
    l()
    ;("use strict")
    var xr = {
      split(i, e, t) {
        let r = [],
          n = "",
          a = !1,
          s = 0,
          o = !1,
          u = "",
          c = !1
        for (let f of i)
          c
            ? (c = !1)
            : f === "\\"
              ? (c = !0)
              : o
                ? f === u && (o = !1)
                : f === '"' || f === "'"
                  ? ((o = !0), (u = f))
                  : f === "("
                    ? (s += 1)
                    : f === ")"
                      ? s > 0 && (s -= 1)
                      : s === 0 && e.includes(f) && (a = !0),
            a ? (n !== "" && r.push(n.trim()), (n = ""), (a = !1)) : (n += f)
        return (t || n !== "") && r.push(n.trim()), r
      },
      space(i) {
        let e = [
          " ",
          `
`,
          "	",
        ]
        return xr.split(i, e)
      },
      comma(i) {
        return xr.split(i, [","], !0)
      },
    }
    jf.exports = xr
    xr.default = xr
  })
  var ji = v((aT, Vf) => {
    l()
    ;("use strict")
    var zf = it(),
      _0 = Ts(),
      kr = class extends zf {
        constructor(e) {
          super(e)
          ;(this.type = "rule"), this.nodes || (this.nodes = [])
        }
        get selectors() {
          return _0.comma(this.selector)
        }
        set selectors(e) {
          let t = this.selector ? this.selector.match(/,\s*/) : null,
            r = t ? t[0] : "," + this.raw("between", "beforeOpen")
          this.selector = e.join(r)
        }
      }
    Vf.exports = kr
    kr.default = kr
    zf.registerRule(kr)
  })
  var Yf = v((oT, Hf) => {
    l()
    ;("use strict")
    var O0 = yr(),
      E0 = Rf(),
      T0 = wr(),
      P0 = $i(),
      D0 = Tt(),
      Uf = ji(),
      Wf = { empty: !0, space: !0 }
    function I0(i) {
      for (let e = i.length - 1; e >= 0; e--) {
        let t = i[e],
          r = t[3] || t[2]
        if (r) return r
      }
    }
    var Gf = class {
      constructor(e) {
        ;(this.input = e),
          (this.root = new D0()),
          (this.current = this.root),
          (this.spaces = ""),
          (this.semicolon = !1),
          (this.customProperty = !1),
          this.createTokenizer(),
          (this.root.source = {
            input: e,
            start: { offset: 0, line: 1, column: 1 },
          })
      }
      createTokenizer() {
        this.tokenizer = E0(this.input)
      }
      parse() {
        let e
        for (; !this.tokenizer.endOfFile(); )
          switch (((e = this.tokenizer.nextToken()), e[0])) {
            case "space":
              this.spaces += e[1]
              break
            case ";":
              this.freeSemicolon(e)
              break
            case "}":
              this.end(e)
              break
            case "comment":
              this.comment(e)
              break
            case "at-word":
              this.atrule(e)
              break
            case "{":
              this.emptyRule(e)
              break
            default:
              this.other(e)
              break
          }
        this.endFile()
      }
      comment(e) {
        let t = new T0()
        this.init(t, e[2]), (t.source.end = this.getPosition(e[3] || e[2]))
        let r = e[1].slice(2, -2)
        if (/^\s*$/.test(r))
          (t.text = ""), (t.raws.left = r), (t.raws.right = "")
        else {
          let n = r.match(/^(\s*)([^]*\S)(\s*)$/)
          ;(t.text = n[2]), (t.raws.left = n[1]), (t.raws.right = n[3])
        }
      }
      emptyRule(e) {
        let t = new Uf()
        this.init(t, e[2]),
          (t.selector = ""),
          (t.raws.between = ""),
          (this.current = t)
      }
      other(e) {
        let t = !1,
          r = null,
          n = !1,
          a = null,
          s = [],
          o = e[1].startsWith("--"),
          u = [],
          c = e
        for (; c; ) {
          if (((r = c[0]), u.push(c), r === "(" || r === "["))
            a || (a = c), s.push(r === "(" ? ")" : "]")
          else if (o && n && r === "{") a || (a = c), s.push("}")
          else if (s.length === 0)
            if (r === ";")
              if (n) {
                this.decl(u, o)
                return
              } else break
            else if (r === "{") {
              this.rule(u)
              return
            } else if (r === "}") {
              this.tokenizer.back(u.pop()), (t = !0)
              break
            } else r === ":" && (n = !0)
          else r === s[s.length - 1] && (s.pop(), s.length === 0 && (a = null))
          c = this.tokenizer.nextToken()
        }
        if (
          (this.tokenizer.endOfFile() && (t = !0),
          s.length > 0 && this.unclosedBracket(a),
          t && n)
        ) {
          if (!o)
            for (
              ;
              u.length &&
              ((c = u[u.length - 1][0]), !(c !== "space" && c !== "comment"));

            )
              this.tokenizer.back(u.pop())
          this.decl(u, o)
        } else this.unknownWord(u)
      }
      rule(e) {
        e.pop()
        let t = new Uf()
        this.init(t, e[0][2]),
          (t.raws.between = this.spacesAndCommentsFromEnd(e)),
          this.raw(t, "selector", e),
          (this.current = t)
      }
      decl(e, t) {
        let r = new O0()
        this.init(r, e[0][2])
        let n = e[e.length - 1]
        for (
          n[0] === ";" && ((this.semicolon = !0), e.pop()),
            r.source.end = this.getPosition(n[3] || n[2] || I0(e));
          e[0][0] !== "word";

        )
          e.length === 1 && this.unknownWord(e), (r.raws.before += e.shift()[1])
        for (
          r.source.start = this.getPosition(e[0][2]), r.prop = "";
          e.length;

        ) {
          let c = e[0][0]
          if (c === ":" || c === "space" || c === "comment") break
          r.prop += e.shift()[1]
        }
        r.raws.between = ""
        let a
        for (; e.length; )
          if (((a = e.shift()), a[0] === ":")) {
            r.raws.between += a[1]
            break
          } else
            a[0] === "word" && /\w/.test(a[1]) && this.unknownWord([a]),
              (r.raws.between += a[1])
        ;(r.prop[0] === "_" || r.prop[0] === "*") &&
          ((r.raws.before += r.prop[0]), (r.prop = r.prop.slice(1)))
        let s = [],
          o
        for (
          ;
          e.length && ((o = e[0][0]), !(o !== "space" && o !== "comment"));

        )
          s.push(e.shift())
        this.precheckMissedSemicolon(e)
        for (let c = e.length - 1; c >= 0; c--) {
          if (((a = e[c]), a[1].toLowerCase() === "!important")) {
            r.important = !0
            let f = this.stringFrom(e, c)
            ;(f = this.spacesFromEnd(e) + f),
              f !== " !important" && (r.raws.important = f)
            break
          } else if (a[1].toLowerCase() === "important") {
            let f = e.slice(0),
              d = ""
            for (let p = c; p > 0; p--) {
              let m = f[p][0]
              if (d.trim().indexOf("!") === 0 && m !== "space") break
              d = f.pop()[1] + d
            }
            d.trim().indexOf("!") === 0 &&
              ((r.important = !0), (r.raws.important = d), (e = f))
          }
          if (a[0] !== "space" && a[0] !== "comment") break
        }
        e.some(c => c[0] !== "space" && c[0] !== "comment") &&
          ((r.raws.between += s.map(c => c[1]).join("")), (s = [])),
          this.raw(r, "value", s.concat(e), t),
          r.value.includes(":") && !t && this.checkMissedSemicolon(e)
      }
      atrule(e) {
        let t = new P0()
        ;(t.name = e[1].slice(1)),
          t.name === "" && this.unnamedAtrule(t, e),
          this.init(t, e[2])
        let r,
          n,
          a,
          s = !1,
          o = !1,
          u = [],
          c = []
        for (; !this.tokenizer.endOfFile(); ) {
          if (
            ((e = this.tokenizer.nextToken()),
            (r = e[0]),
            r === "(" || r === "["
              ? c.push(r === "(" ? ")" : "]")
              : r === "{" && c.length > 0
                ? c.push("}")
                : r === c[c.length - 1] && c.pop(),
            c.length === 0)
          )
            if (r === ";") {
              ;(t.source.end = this.getPosition(e[2])), (this.semicolon = !0)
              break
            } else if (r === "{") {
              o = !0
              break
            } else if (r === "}") {
              if (u.length > 0) {
                for (a = u.length - 1, n = u[a]; n && n[0] === "space"; )
                  n = u[--a]
                n && (t.source.end = this.getPosition(n[3] || n[2]))
              }
              this.end(e)
              break
            } else u.push(e)
          else u.push(e)
          if (this.tokenizer.endOfFile()) {
            s = !0
            break
          }
        }
        ;(t.raws.between = this.spacesAndCommentsFromEnd(u)),
          u.length
            ? ((t.raws.afterName = this.spacesAndCommentsFromStart(u)),
              this.raw(t, "params", u),
              s &&
                ((e = u[u.length - 1]),
                (t.source.end = this.getPosition(e[3] || e[2])),
                (this.spaces = t.raws.between),
                (t.raws.between = "")))
            : ((t.raws.afterName = ""), (t.params = "")),
          o && ((t.nodes = []), (this.current = t))
      }
      end(e) {
        this.current.nodes &&
          this.current.nodes.length &&
          (this.current.raws.semicolon = this.semicolon),
          (this.semicolon = !1),
          (this.current.raws.after =
            (this.current.raws.after || "") + this.spaces),
          (this.spaces = ""),
          this.current.parent
            ? ((this.current.source.end = this.getPosition(e[2])),
              (this.current = this.current.parent))
            : this.unexpectedClose(e)
      }
      endFile() {
        this.current.parent && this.unclosedBlock(),
          this.current.nodes &&
            this.current.nodes.length &&
            (this.current.raws.semicolon = this.semicolon),
          (this.current.raws.after =
            (this.current.raws.after || "") + this.spaces)
      }
      freeSemicolon(e) {
        if (((this.spaces += e[1]), this.current.nodes)) {
          let t = this.current.nodes[this.current.nodes.length - 1]
          t &&
            t.type === "rule" &&
            !t.raws.ownSemicolon &&
            ((t.raws.ownSemicolon = this.spaces), (this.spaces = ""))
        }
      }
      getPosition(e) {
        let t = this.input.fromOffset(e)
        return { offset: e, line: t.line, column: t.col }
      }
      init(e, t) {
        this.current.push(e),
          (e.source = { start: this.getPosition(t), input: this.input }),
          (e.raws.before = this.spaces),
          (this.spaces = ""),
          e.type !== "comment" && (this.semicolon = !1)
      }
      raw(e, t, r, n) {
        let a,
          s,
          o = r.length,
          u = "",
          c = !0,
          f,
          d
        for (let p = 0; p < o; p += 1)
          (a = r[p]),
            (s = a[0]),
            s === "space" && p === o - 1 && !n
              ? (c = !1)
              : s === "comment"
                ? ((d = r[p - 1] ? r[p - 1][0] : "empty"),
                  (f = r[p + 1] ? r[p + 1][0] : "empty"),
                  !Wf[d] && !Wf[f]
                    ? u.slice(-1) === ","
                      ? (c = !1)
                      : (u += a[1])
                    : (c = !1))
                : (u += a[1])
        if (!c) {
          let p = r.reduce((m, b) => m + b[1], "")
          e.raws[t] = { value: u, raw: p }
        }
        e[t] = u
      }
      spacesAndCommentsFromEnd(e) {
        let t,
          r = ""
        for (
          ;
          e.length &&
          ((t = e[e.length - 1][0]), !(t !== "space" && t !== "comment"));

        )
          r = e.pop()[1] + r
        return r
      }
      spacesAndCommentsFromStart(e) {
        let t,
          r = ""
        for (
          ;
          e.length && ((t = e[0][0]), !(t !== "space" && t !== "comment"));

        )
          r += e.shift()[1]
        return r
      }
      spacesFromEnd(e) {
        let t,
          r = ""
        for (; e.length && ((t = e[e.length - 1][0]), t === "space"); )
          r = e.pop()[1] + r
        return r
      }
      stringFrom(e, t) {
        let r = ""
        for (let n = t; n < e.length; n++) r += e[n][1]
        return e.splice(t, e.length - t), r
      }
      colon(e) {
        let t = 0,
          r,
          n,
          a
        for (let [s, o] of e.entries()) {
          if (
            ((r = o),
            (n = r[0]),
            n === "(" && (t += 1),
            n === ")" && (t -= 1),
            t === 0 && n === ":")
          )
            if (!a) this.doubleColon(r)
            else {
              if (a[0] === "word" && a[1] === "progid") continue
              return s
            }
          a = r
        }
        return !1
      }
      unclosedBracket(e) {
        throw this.input.error(
          "Unclosed bracket",
          { offset: e[2] },
          { offset: e[2] + 1 },
        )
      }
      unknownWord(e) {
        throw this.input.error(
          "Unknown word",
          { offset: e[0][2] },
          { offset: e[0][2] + e[0][1].length },
        )
      }
      unexpectedClose(e) {
        throw this.input.error(
          "Unexpected }",
          { offset: e[2] },
          { offset: e[2] + 1 },
        )
      }
      unclosedBlock() {
        let e = this.current.source.start
        throw this.input.error("Unclosed block", e.line, e.column)
      }
      doubleColon(e) {
        throw this.input.error(
          "Double colon",
          { offset: e[2] },
          { offset: e[2] + e[1].length },
        )
      }
      unnamedAtrule(e, t) {
        throw this.input.error(
          "At-rule without name",
          { offset: t[2] },
          { offset: t[2] + t[1].length },
        )
      }
      precheckMissedSemicolon() {}
      checkMissedSemicolon(e) {
        let t = this.colon(e)
        if (t === !1) return
        let r = 0,
          n
        for (
          let a = t - 1;
          a >= 0 && ((n = e[a]), !(n[0] !== "space" && ((r += 1), r === 2)));
          a--
        );
        throw this.input.error(
          "Missed semicolon",
          n[0] === "word" ? n[3] + 1 : n[2],
        )
      }
    }
    Hf.exports = Gf
  })
  var Qf = v(() => {
    l()
  })
  var Xf = v((fT, Jf) => {
    l()
    var q0 = "useandom-26T198340PX75pxJACKVERYMINDBUSHWOLF_GQZbfghjklqvwyzrict",
      R0 =
        (i, e = 21) =>
        (t = e) => {
          let r = "",
            n = t
          for (; n--; ) r += i[(Math.random() * i.length) | 0]
          return r
        },
      M0 = (i = 21) => {
        let e = "",
          t = i
        for (; t--; ) e += q0[(Math.random() * 64) | 0]
        return e
      }
    Jf.exports = { nanoid: M0, customAlphabet: R0 }
  })
  var Ps = v((cT, Kf) => {
    l()
    Kf.exports = {}
  })
  var Vi = v((pT, rc) => {
    l()
    ;("use strict")
    var { SourceMapConsumer: B0, SourceMapGenerator: F0 } = Qf(),
      { fileURLToPath: Zf, pathToFileURL: zi } = (ys(), rf),
      { resolve: Ds, isAbsolute: Is } = (wt(), Zu),
      { nanoid: N0 } = Xf(),
      qs = ws(),
      ec = ki(),
      L0 = Ps(),
      Rs = Symbol("fromOffsetCache"),
      $0 = Boolean(B0 && F0),
      tc = Boolean(Ds && Is),
      Sr = class {
        constructor(e, t = {}) {
          if (
            e === null ||
            typeof e == "undefined" ||
            (typeof e == "object" && !e.toString)
          )
            throw new Error(`PostCSS received ${e} instead of CSS string`)
          if (
            ((this.css = e.toString()),
            this.css[0] === "\uFEFF" || this.css[0] === "\uFFFE"
              ? ((this.hasBOM = !0), (this.css = this.css.slice(1)))
              : (this.hasBOM = !1),
            t.from &&
              (!tc || /^\w+:\/\//.test(t.from) || Is(t.from)
                ? (this.file = t.from)
                : (this.file = Ds(t.from))),
            tc && $0)
          ) {
            let r = new L0(this.css, t)
            if (r.text) {
              this.map = r
              let n = r.consumer().file
              !this.file && n && (this.file = this.mapResolve(n))
            }
          }
          this.file || (this.id = "<input css " + N0(6) + ">"),
            this.map && (this.map.file = this.from)
        }
        fromOffset(e) {
          let t, r
          if (this[Rs]) r = this[Rs]
          else {
            let a = this.css.split(`
`)
            r = new Array(a.length)
            let s = 0
            for (let o = 0, u = a.length; o < u; o++)
              (r[o] = s), (s += a[o].length + 1)
            this[Rs] = r
          }
          t = r[r.length - 1]
          let n = 0
          if (e >= t) n = r.length - 1
          else {
            let a = r.length - 2,
              s
            for (; n < a; )
              if (((s = n + ((a - n) >> 1)), e < r[s])) a = s - 1
              else if (e >= r[s + 1]) n = s + 1
              else {
                n = s
                break
              }
          }
          return { line: n + 1, col: e - r[n] + 1 }
        }
        error(e, t, r, n = {}) {
          let a, s, o
          if (t && typeof t == "object") {
            let c = t,
              f = r
            if (typeof c.offset == "number") {
              let d = this.fromOffset(c.offset)
              ;(t = d.line), (r = d.col)
            } else (t = c.line), (r = c.column)
            if (typeof f.offset == "number") {
              let d = this.fromOffset(f.offset)
              ;(s = d.line), (o = d.col)
            } else (s = f.line), (o = f.column)
          } else if (!r) {
            let c = this.fromOffset(t)
            ;(t = c.line), (r = c.col)
          }
          let u = this.origin(t, r, s, o)
          return (
            u
              ? (a = new ec(
                  e,
                  u.endLine === void 0
                    ? u.line
                    : { line: u.line, column: u.column },
                  u.endLine === void 0
                    ? u.column
                    : { line: u.endLine, column: u.endColumn },
                  u.source,
                  u.file,
                  n.plugin,
                ))
              : (a = new ec(
                  e,
                  s === void 0 ? t : { line: t, column: r },
                  s === void 0 ? r : { line: s, column: o },
                  this.css,
                  this.file,
                  n.plugin,
                )),
            (a.input = {
              line: t,
              column: r,
              endLine: s,
              endColumn: o,
              source: this.css,
            }),
            this.file &&
              (zi && (a.input.url = zi(this.file).toString()),
              (a.input.file = this.file)),
            a
          )
        }
        origin(e, t, r, n) {
          if (!this.map) return !1
          let a = this.map.consumer(),
            s = a.originalPositionFor({ line: e, column: t })
          if (!s.source) return !1
          let o
          typeof r == "number" &&
            (o = a.originalPositionFor({ line: r, column: n }))
          let u
          Is(s.source)
            ? (u = zi(s.source))
            : (u = new URL(
                s.source,
                this.map.consumer().sourceRoot || zi(this.map.mapFile),
              ))
          let c = {
            url: u.toString(),
            line: s.line,
            column: s.column,
            endLine: o && o.line,
            endColumn: o && o.column,
          }
          if (u.protocol === "file:")
            if (Zf) c.file = Zf(u)
            else
              throw new Error(
                "file: protocol is not available in this PostCSS build",
              )
          let f = a.sourceContentFor(s.source)
          return f && (c.source = f), c
        }
        mapResolve(e) {
          return /^\w+:\/\//.test(e)
            ? e
            : Ds(this.map.consumer().sourceRoot || this.map.root || ".", e)
        }
        get from() {
          return this.file || this.id
        }
        toJSON() {
          let e = {}
          for (let t of ["hasBOM", "css", "file", "id"])
            this[t] != null && (e[t] = this[t])
          return (
            this.map &&
              ((e.map = { ...this.map }),
              e.map.consumerCache && (e.map.consumerCache = void 0)),
            e
          )
        }
      }
    rc.exports = Sr
    Sr.default = Sr
    qs && qs.registerInput && qs.registerInput(Sr)
  })
  var Wi = v((dT, ic) => {
    l()
    ;("use strict")
    var j0 = it(),
      z0 = Yf(),
      V0 = Vi()
    function Ui(i, e) {
      let t = new V0(i, e),
        r = new z0(t)
      try {
        r.parse()
      } catch (n) {
        throw n
      }
      return r.root
    }
    ic.exports = Ui
    Ui.default = Ui
    j0.registerParse(Ui)
  })
  var Fs = v((mT, oc) => {
    l()
    ;("use strict")
    var { isClean: Re, my: U0 } = Si(),
      W0 = Ss(),
      G0 = mr(),
      H0 = it(),
      Y0 = Ti(),
      hT = _s(),
      nc = Ii(),
      Q0 = Wi(),
      J0 = Tt(),
      X0 = {
        document: "Document",
        root: "Root",
        atrule: "AtRule",
        rule: "Rule",
        decl: "Declaration",
        comment: "Comment",
      },
      K0 = {
        postcssPlugin: !0,
        prepare: !0,
        Once: !0,
        Document: !0,
        Root: !0,
        Declaration: !0,
        Rule: !0,
        AtRule: !0,
        Comment: !0,
        DeclarationExit: !0,
        RuleExit: !0,
        AtRuleExit: !0,
        CommentExit: !0,
        RootExit: !0,
        DocumentExit: !0,
        OnceExit: !0,
      },
      Z0 = { postcssPlugin: !0, prepare: !0, Once: !0 },
      Pt = 0
    function Cr(i) {
      return typeof i == "object" && typeof i.then == "function"
    }
    function sc(i) {
      let e = !1,
        t = X0[i.type]
      return (
        i.type === "decl"
          ? (e = i.prop.toLowerCase())
          : i.type === "atrule" && (e = i.name.toLowerCase()),
        e && i.append
          ? [t, t + "-" + e, Pt, t + "Exit", t + "Exit-" + e]
          : e
            ? [t, t + "-" + e, t + "Exit", t + "Exit-" + e]
            : i.append
              ? [t, Pt, t + "Exit"]
              : [t, t + "Exit"]
      )
    }
    function ac(i) {
      let e
      return (
        i.type === "document"
          ? (e = ["Document", Pt, "DocumentExit"])
          : i.type === "root"
            ? (e = ["Root", Pt, "RootExit"])
            : (e = sc(i)),
        {
          node: i,
          events: e,
          eventIndex: 0,
          visitors: [],
          visitorIndex: 0,
          iterator: 0,
        }
      )
    }
    function Ms(i) {
      return (i[Re] = !1), i.nodes && i.nodes.forEach(e => Ms(e)), i
    }
    var Bs = {},
      Ve = class {
        constructor(e, t, r) {
          ;(this.stringified = !1), (this.processed = !1)
          let n
          if (
            typeof t == "object" &&
            t !== null &&
            (t.type === "root" || t.type === "document")
          )
            n = Ms(t)
          else if (t instanceof Ve || t instanceof nc)
            (n = Ms(t.root)),
              t.map &&
                (typeof r.map == "undefined" && (r.map = {}),
                r.map.inline || (r.map.inline = !1),
                (r.map.prev = t.map))
          else {
            let a = Q0
            r.syntax && (a = r.syntax.parse),
              r.parser && (a = r.parser),
              a.parse && (a = a.parse)
            try {
              n = a(t, r)
            } catch (s) {
              ;(this.processed = !0), (this.error = s)
            }
            n && !n[U0] && H0.rebuild(n)
          }
          ;(this.result = new nc(e, n, r)),
            (this.helpers = { ...Bs, result: this.result, postcss: Bs }),
            (this.plugins = this.processor.plugins.map(a =>
              typeof a == "object" && a.prepare
                ? { ...a, ...a.prepare(this.result) }
                : a,
            ))
        }
        get [Symbol.toStringTag]() {
          return "LazyResult"
        }
        get processor() {
          return this.result.processor
        }
        get opts() {
          return this.result.opts
        }
        get css() {
          return this.stringify().css
        }
        get content() {
          return this.stringify().content
        }
        get map() {
          return this.stringify().map
        }
        get root() {
          return this.sync().root
        }
        get messages() {
          return this.sync().messages
        }
        warnings() {
          return this.sync().warnings()
        }
        toString() {
          return this.css
        }
        then(e, t) {
          return this.async().then(e, t)
        }
        catch(e) {
          return this.async().catch(e)
        }
        finally(e) {
          return this.async().then(e, e)
        }
        async() {
          return this.error
            ? Promise.reject(this.error)
            : this.processed
              ? Promise.resolve(this.result)
              : (this.processing || (this.processing = this.runAsync()),
                this.processing)
        }
        sync() {
          if (this.error) throw this.error
          if (this.processed) return this.result
          if (((this.processed = !0), this.processing))
            throw this.getAsyncError()
          for (let e of this.plugins) {
            let t = this.runOnRoot(e)
            if (Cr(t)) throw this.getAsyncError()
          }
          if ((this.prepareVisitors(), this.hasListener)) {
            let e = this.result.root
            for (; !e[Re]; ) (e[Re] = !0), this.walkSync(e)
            if (this.listeners.OnceExit)
              if (e.type === "document")
                for (let t of e.nodes)
                  this.visitSync(this.listeners.OnceExit, t)
              else this.visitSync(this.listeners.OnceExit, e)
          }
          return this.result
        }
        stringify() {
          if (this.error) throw this.error
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        visitSync(e, t) {
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        runOnRoot(e) {
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        getAsyncError() {
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          )
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        handleError(e, t) {
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              e.name === "CssSyntaxError" && !e.plugin
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          }
          return e
        }
        async runAsync() {
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          for (let e = 0; e < this.plugins.length; e++) {
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              r = this.runOnRoot(t)
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              } catch (n) {
                throw this.handleError(n)
              }
          }
          if ((this.prepareVisitors(), this.hasListener)) {
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              e[Re] = !0
              let t = [ac(e)]
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                  } catch (n) {
                    let a = t[t.length - 1].node
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                  }
              }
            }
            if (this.listeners.OnceExit)
              for (let [t, r] of this.listeners.OnceExit) {
                this.result.lastPlugin = t
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                    let n = e.nodes.map(a => r(a, this.helpers))
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                  } else await r(e, this.helpers)
                } catch (n) {
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              }
          }
          return (this.processed = !0), this.stringify()
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          this.listeners = {}
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          }
          for (let t of this.plugins)
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              for (let r in t) {
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          this.hasListener = Object.keys(this.listeners).length > 0
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        visitTick(e) {
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              o
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                ((r[Re] = !0), (t.iterator = r.getIterator()))
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      rv = Wi(),
      iv = Ii(),
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            (this._opts = r),
            (this._map = void 0)
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          let s = this
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        get root() {
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      av = Ti(),
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        }
        process(e, t = {}) {
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        normalize(e) {
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            else if (typeof r == "object" && r.postcssPlugin) t.push(r)
            else if (typeof r == "function") t.push(r)
            else if (!(typeof r == "object" && (r.parse || r.stringify)))
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      fv = wr(),
      cv = $i(),
      pv = Vi(),
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        }
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      yv = it(),
      Ns = cc(),
      wv = mr(),
      bv = dc(),
      mc = Ti(),
      vv = Os(),
      gc = wr(),
      yc = $i(),
      xv = Ii(),
      kv = Vi(),
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      Cv = Ts(),
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      bc = Tt(),
      Av = gr()
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      function n(...s) {
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          !r &&
          ((r = !0),
          console.warn(
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          ),
          h.env.LANG &&
            h.env.LANG.startsWith("cn") &&
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                `: \u91CC\u9762 postcss.plugin \u88AB\u5F03\u7528. \u8FC1\u79FB\u6307\u5357:
https://www.w3ctech.com/topic/2226`,
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        }),
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    j.list = Cv
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    j.atRule = i => new yc(i)
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    j.Declaration = hc
    j.Container = yv
    j.Processor = Ns
    j.Document = mc
    j.Comment = gc
    j.Warning = vv
    j.AtRule = yc
    j.Result = xv
    j.Input = kv
    j.Rule = wc
    j.Root = bc
    j.Node = Av
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    j.default = j
  })
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    kT,
    ST,
    CT,
    AT,
    _T,
    OT,
    ET,
    TT,
    PT,
    DT,
    IT,
    qT,
    RT,
    MT,
    BT,
    FT,
    NT,
    LT,
    $T,
    jT,
    zT,
    VT,
    UT,
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        (AT = U.default.list),
        (_T = U.default.document),
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        (ET = U.default.atRule),
        (TT = U.default.rule),
        (PT = U.default.decl),
        (DT = U.default.root),
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        (qT = U.default.Declaration),
        (RT = U.default.Container),
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        (FT = U.default.Comment),
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        (LT = U.default.AtRule),
        ($T = U.default.Result),
        (jT = U.default.Input),
        (zT = U.default.Rule),
        (VT = U.default.Root),
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    Hi.__esModule = !0
    Hi.default = Ev
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        n++
      ) {
        var a = e.charCodeAt(n),
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      if (t.length !== 0) {
        var o = parseInt(t, 16),
          u = o >= 55296 && o <= 57343
        return u || o === 0 || o > 1114111
          ? ["\uFFFD", t.length + (r ? 1 : 0)]
          : [String.fromCodePoint(o), t.length + (r ? 1 : 0)]
      }
    }
    var Ov = /\\/
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      var e = Ov.test(i)
      if (!e) return i
      for (var t = "", r = 0; r < i.length; r++) {
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          var n = _v(i.slice(r + 1, r + 7))
          if (n !== void 0) {
            ;(t += n[0]), (r += n[1])
            continue
          }
          if (i[r + 1] === "\\") {
            ;(t += "\\"), r++
            continue
          }
          i.length === r + 1 && (t += i[r])
          continue
        }
        t += i[r]
      }
      return t
    }
    kc.exports = Hi.default
  })
  var Cc = v((Qi, Sc) => {
    l()
    ;("use strict")
    Qi.__esModule = !0
    Qi.default = Tv
    function Tv(i) {
      for (
        var e = arguments.length, t = new Array(e > 1 ? e - 1 : 0), r = 1;
        r < e;
        r++
      )
        t[r - 1] = arguments[r]
      for (; t.length > 0; ) {
        var n = t.shift()
        if (!i[n]) return
        i = i[n]
      }
      return i
    }
    Sc.exports = Qi.default
  })
  var _c = v((Ji, Ac) => {
    l()
    ;("use strict")
    Ji.__esModule = !0
    Ji.default = Pv
    function Pv(i) {
      for (
        var e = arguments.length, t = new Array(e > 1 ? e - 1 : 0), r = 1;
        r < e;
        r++
      )
        t[r - 1] = arguments[r]
      for (; t.length > 0; ) {
        var n = t.shift()
        i[n] || (i[n] = {}), (i = i[n])
      }
    }
    Ac.exports = Ji.default
  })
  var Ec = v((Xi, Oc) => {
    l()
    ;("use strict")
    Xi.__esModule = !0
    Xi.default = Dv
    function Dv(i) {
      for (var e = "", t = i.indexOf("/*"), r = 0; t >= 0; ) {
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        var n = i.indexOf("*/", t + 2)
        if (n < 0) return e
        ;(r = n + 2), (t = i.indexOf("/*", r))
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      return (e = e + i.slice(r)), e
    }
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  })
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    l()
    ;("use strict")
    Me.__esModule = !0
    Me.unesc = Me.stripComments = Me.getProp = Me.ensureObject = void 0
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    Me.unesc = Iv.default
    var qv = Ki(Cc())
    Me.getProp = qv.default
    var Rv = Ki(_c())
    Me.ensureObject = Rv.default
    var Mv = Ki(Ec())
    Me.stripComments = Mv.default
    function Ki(i) {
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  })
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    ;("use strict")
    Or.__esModule = !0
    Or.default = void 0
    var Tc = _r()
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        var r = e[t]
        ;(r.enumerable = r.enumerable || !1),
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    }
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        t && Pc(i, t),
        Object.defineProperty(i, "prototype", { writable: !1 }),
        i
      )
    }
    var Fv = function i(e, t) {
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        var r = new e.constructor()
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            var a = e[n],
              s = typeof a
            n === "parent" && s === "object"
              ? t && (r[n] = t)
              : a instanceof Array
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                    return i(o, r)
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        return r
      },
      Nv = (function () {
        function i(t) {
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            Object.assign(this, t),
            (this.spaces = this.spaces || {}),
            (this.spaces.before = this.spaces.before || ""),
            (this.spaces.after = this.spaces.after || "")
        }
        var e = i.prototype
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          (e.remove = function () {
            return (
              this.parent && this.parent.removeChild(this),
              (this.parent = void 0),
              this
            )
          }),
          (e.replaceWith = function () {
            if (this.parent) {
              for (var r in arguments)
                this.parent.insertBefore(this, arguments[r])
              this.remove()
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            return this
          }),
          (e.next = function () {
            return this.parent.at(this.parent.index(this) + 1)
          }),
          (e.prev = function () {
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          }),
          (e.clone = function (r) {
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            var n = Fv(this)
            for (var a in r) n[a] = r[a]
            return n
          }),
          (e.appendToPropertyAndEscape = function (r, n, a) {
            this.raws || (this.raws = {})
            var s = this[r],
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            ;(this[r] = s + n),
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          }),
          (e.setPropertyAndEscape = function (r, n, a) {
            this.raws || (this.raws = {}), (this[r] = n), (this.raws[r] = a)
          }),
          (e.setPropertyWithoutEscape = function (r, n) {
            ;(this[r] = n), this.raws && delete this.raws[r]
          }),
          (e.isAtPosition = function (r, n) {
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              return !(
                this.source.start.line > r ||
                this.source.end.line < r ||
                (this.source.start.line === r &&
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                (this.source.end.line === r && this.source.end.column < n)
              )
          }),
          (e.stringifyProperty = function (r) {
            return (this.raws && this.raws[r]) || this[r]
          }),
          (e.valueToString = function () {
            return String(this.stringifyProperty("value"))
          }),
          (e.toString = function () {
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              this.rawSpaceBefore,
              this.valueToString(),
              this.rawSpaceAfter,
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          }),
          Bv(i, [
            {
              key: "rawSpaceBefore",
              get: function () {
                var r = this.raws && this.raws.spaces && this.raws.spaces.before
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                  r === void 0 && (r = this.spaces && this.spaces.before),
                  r || ""
                )
              },
              set: function (r) {
                ;(0, Tc.ensureObject)(this, "raws", "spaces"),
                  (this.raws.spaces.before = r)
              },
            },
            {
              key: "rawSpaceAfter",
              get: function () {
                var r = this.raws && this.raws.spaces && this.raws.spaces.after
                return r === void 0 && (r = this.spaces.after), r || ""
              },
              set: function (r) {
                ;(0, Tc.ensureObject)(this, "raws", "spaces"),
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              },
            },
          ]),
          i
        )
      })()
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    Dc.exports = Or.default
  })
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    ;("use strict")
    W.__esModule = !0
    W.UNIVERSAL =
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      W.SELECTOR =
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        '"': { quotes: "double", wrap: !0 },
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      sa)
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        ca(i, e)
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        (ca = Object.setPrototypeOf
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          : function (r, n) {
              return (r.__proto__ = n), r
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        ca(i, e)
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          (r = i.call(this, t) || this),
          (r.type = w1.UNIVERSAL),
          (r.value = "*"),
          r
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      return e
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              return (r.__proto__ = n), r
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        da(i, e)
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        return (r = i.call(this, t) || this), (r.type = S1.COMBINATOR), r
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      return e
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    zr.default = _1
    np.exports = zr.default
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    function P1(i, e) {
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        (i.prototype.constructor = i),
        ma(i, e)
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          ? Object.setPrototypeOf.bind()
          : function (r, n) {
              return (r.__proto__ = n), r
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        ma(i, e)
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    var D1 = (function (i) {
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      function e(t) {
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        return (
          (r = i.call(this, t) || this),
          (r.type = E1.NESTING),
          (r.value = "&"),
          r
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      return e
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    sp.exports = Vr.default
  })
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    l()
    ;("use strict")
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    nn.default = I1
    function I1(i) {
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        return e - t
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    ap.exports = nn.default
  })
  var ya = v(D => {
    l()
    ;("use strict")
    D.__esModule = !0
    D.word =
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      D.str =
      D.space =
      D.slash =
      D.singleQuote =
      D.semicolon =
      D.plus =
      D.pipe =
      D.openSquare =
      D.openParenthesis =
      D.newline =
      D.greaterThan =
      D.feed =
      D.equals =
      D.doubleQuote =
      D.dollar =
      D.cr =
      D.comment =
      D.comma =
      D.combinator =
      D.colon =
      D.closeSquare =
      D.closeParenthesis =
      D.caret =
      D.bang =
      D.backslash =
      D.at =
      D.asterisk =
      D.ampersand =
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    var q1 = 38
    D.ampersand = q1
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    D.asterisk = R1
    var M1 = 64
    D.at = M1
    var B1 = 44
    D.comma = B1
    var F1 = 58
    D.colon = F1
    var N1 = 59
    D.semicolon = N1
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    var $1 = 41
    D.closeParenthesis = $1
    var j1 = 91
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    D.closeSquare = z1
    var V1 = 36
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    var U1 = 126
    D.tilde = U1
    var W1 = 94
    D.caret = W1
    var G1 = 43
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    var H1 = 61
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    var Y1 = 124
    D.pipe = Y1
    var Q1 = 62
    D.greaterThan = Q1
    var J1 = 32
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    D.singleQuote = lp
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    D.doubleQuote = X1
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    var ek = 92
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    D.cr = tk
    var rk = 12
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    var ik = 10
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        if (a !== "default" && Object.prototype.hasOwnProperty.call(i, a)) {
          var s = n ? Object.getOwnPropertyDescriptor(i, a) : null
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      return (r.default = i), t && t.set(i, r), r
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        (It[O.newline] = !0),
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        (It[O.feed] = !0),
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        (V[O.cr] = !0),
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        (V[O.ampersand] = !0),
        (V[O.asterisk] = !0),
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        (V[O.semicolon] = !0),
        (V[O.openParenthesis] = !0),
        (V[O.closeParenthesis] = !0),
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        (V[O.closeSquare] = !0),
        (V[O.singleQuote] = !0),
        (V[O.doubleQuote] = !0),
        (V[O.plus] = !0),
        (V[O.pipe] = !0),
        (V[O.tilde] = !0),
        (V[O.greaterThan] = !0),
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        (V[O.dollar] = !0),
        (V[O.caret] = !0),
        (V[O.slash] = !0),
        V),
      wa = {},
      fp = "0123456789abcdefABCDEF"
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    var sn
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      var t = e,
        r
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      } while (t < i.length)
      return t - 1
    }
    function dk(i, e) {
      var t = e,
        r = i.charCodeAt(t + 1)
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        } else t++
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      START_LINE: 1,
      START_COL: 2,
      END_LINE: 3,
      END_COL: 4,
      START_POS: 5,
      END_POS: 6,
    }
    Ur.FIELDS = hk
    function mk(i) {
      var e = [],
        t = i.css.valueOf(),
        r = t,
        n = r.length,
        a = -1,
        s = 1,
        o = 0,
        u = 0,
        c,
        f,
        d,
        p,
        m,
        b,
        x,
        y,
        w,
        k,
        S,
        _,
        E
      function I(q, R) {
        if (i.safe) (t += R), (w = t.length - 1)
        else throw i.error("Unclosed " + q, s, o - a, o)
      }
      for (; o < n; ) {
        switch (
          ((c = t.charCodeAt(o)), c === O.newline && ((a = o), (s += 1)), c)
        ) {
          case O.space:
          case O.tab:
          case O.newline:
          case O.cr:
          case O.feed:
            w = o
            do
              (w += 1),
                (c = t.charCodeAt(w)),
                c === O.newline && ((a = w), (s += 1))
            while (
              c === O.space ||
              c === O.newline ||
              c === O.tab ||
              c === O.cr ||
              c === O.feed
            )
            ;(E = O.space), (p = s), (d = w - a - 1), (u = w)
            break
          case O.plus:
          case O.greaterThan:
          case O.tilde:
          case O.pipe:
            w = o
            do (w += 1), (c = t.charCodeAt(w))
            while (
              c === O.plus ||
              c === O.greaterThan ||
              c === O.tilde ||
              c === O.pipe
            )
            ;(E = O.combinator), (p = s), (d = o - a), (u = w)
            break
          case O.asterisk:
          case O.ampersand:
          case O.bang:
          case O.comma:
          case O.equals:
          case O.dollar:
          case O.caret:
          case O.openSquare:
          case O.closeSquare:
          case O.colon:
          case O.semicolon:
          case O.openParenthesis:
          case O.closeParenthesis:
            ;(w = o), (E = c), (p = s), (d = o - a), (u = w + 1)
            break
          case O.singleQuote:
          case O.doubleQuote:
            ;(_ = c === O.singleQuote ? "'" : '"'), (w = o)
            do
              for (
                m = !1,
                  w = t.indexOf(_, w + 1),
                  w === -1 && I("quote", _),
                  b = w;
                t.charCodeAt(b - 1) === O.backslash;

              )
                (b -= 1), (m = !m)
            while (m)
            ;(E = O.str), (p = s), (d = o - a), (u = w + 1)
            break
          default:
            c === O.slash && t.charCodeAt(o + 1) === O.asterisk
              ? ((w = t.indexOf("*/", o + 2) + 1),
                w === 0 && I("comment", "*/"),
                (f = t.slice(o, w + 1)),
                (y = f.split(`
`)),
                (x = y.length - 1),
                x > 0
                  ? ((k = s + x), (S = w - y[x].length))
                  : ((k = s), (S = a)),
                (E = O.comment),
                (s = k),
                (p = k),
                (d = w - S))
              : c === O.slash
                ? ((w = o), (E = c), (p = s), (d = o - a), (u = w + 1))
                : ((w = pk(t, o)), (E = O.word), (p = s), (d = w - a)),
              (u = w + 1)
            break
        }
        e.push([E, s, o - a, p, d, o, u]), S && ((a = S), (S = null)), (o = u)
      }
      return e
    }
  })
  var bp = v((Wr, wp) => {
    l()
    ;("use strict")
    Wr.__esModule = !0
    Wr.default = void 0
    var gk = ve(zs()),
      ba = ve(Us()),
      yk = ve(Hs()),
      pp = ve(Qs()),
      wk = ve(Xs()),
      bk = ve(ea()),
      va = ve(ra()),
      vk = ve(na()),
      dp = an(fa()),
      xk = ve(pa()),
      xa = ve(ha()),
      kk = ve(ga()),
      Sk = ve(op()),
      A = an(cp()),
      T = an(ya()),
      Ck = an(ae()),
      Y = _r(),
      vt,
      ka
    function hp(i) {
      if (typeof WeakMap != "function") return null
      var e = new WeakMap(),
        t = new WeakMap()
      return (hp = function (n) {
        return n ? t : e
      })(i)
    }
    function an(i, e) {
      if (!e && i && i.__esModule) return i
      if (i === null || (typeof i != "object" && typeof i != "function"))
        return { default: i }
      var t = hp(e)
      if (t && t.has(i)) return t.get(i)
      var r = {},
        n = Object.defineProperty && Object.getOwnPropertyDescriptor
      for (var a in i)
        if (a !== "default" && Object.prototype.hasOwnProperty.call(i, a)) {
          var s = n ? Object.getOwnPropertyDescriptor(i, a) : null
          s && (s.get || s.set) ? Object.defineProperty(r, a, s) : (r[a] = i[a])
        }
      return (r.default = i), t && t.set(i, r), r
    }
    function ve(i) {
      return i && i.__esModule ? i : { default: i }
    }
    function mp(i, e) {
      for (var t = 0; t < e.length; t++) {
        var r = e[t]
        ;(r.enumerable = r.enumerable || !1),
          (r.configurable = !0),
          "value" in r && (r.writable = !0),
          Object.defineProperty(i, r.key, r)
      }
    }
    function Ak(i, e, t) {
      return (
        e && mp(i.prototype, e),
        t && mp(i, t),
        Object.defineProperty(i, "prototype", { writable: !1 }),
        i
      )
    }
    var Sa =
        ((vt = {}),
        (vt[T.space] = !0),
        (vt[T.cr] = !0),
        (vt[T.feed] = !0),
        (vt[T.newline] = !0),
        (vt[T.tab] = !0),
        vt),
      _k = Object.assign({}, Sa, ((ka = {}), (ka[T.comment] = !0), ka))
    function gp(i) {
      return { line: i[A.FIELDS.START_LINE], column: i[A.FIELDS.START_COL] }
    }
    function yp(i) {
      return { line: i[A.FIELDS.END_LINE], column: i[A.FIELDS.END_COL] }
    }
    function xt(i, e, t, r) {
      return { start: { line: i, column: e }, end: { line: t, column: r } }
    }
    function qt(i) {
      return xt(
        i[A.FIELDS.START_LINE],
        i[A.FIELDS.START_COL],
        i[A.FIELDS.END_LINE],
        i[A.FIELDS.END_COL],
      )
    }
    function Ca(i, e) {
      if (!!i)
        return xt(
          i[A.FIELDS.START_LINE],
          i[A.FIELDS.START_COL],
          e[A.FIELDS.END_LINE],
          e[A.FIELDS.END_COL],
        )
    }
    function Rt(i, e) {
      var t = i[e]
      if (typeof t == "string")
        return (
          t.indexOf("\\") !== -1 &&
            ((0, Y.ensureObject)(i, "raws"),
            (i[e] = (0, Y.unesc)(t)),
            i.raws[e] === void 0 && (i.raws[e] = t)),
          i
        )
    }
    function Aa(i, e) {
      for (var t = -1, r = []; (t = i.indexOf(e, t + 1)) !== -1; ) r.push(t)
      return r
    }
    function Ok() {
      var i = Array.prototype.concat.apply([], arguments)
      return i.filter(function (e, t) {
        return t === i.indexOf(e)
      })
    }
    var Ek = (function () {
      function i(t, r) {
        r === void 0 && (r = {}),
          (this.rule = t),
          (this.options = Object.assign({ lossy: !1, safe: !1 }, r)),
          (this.position = 0),
          (this.css =
            typeof this.rule == "string" ? this.rule : this.rule.selector),
          (this.tokens = (0, A.default)({
            css: this.css,
            error: this._errorGenerator(),
            safe: this.options.safe,
          }))
        var n = Ca(this.tokens[0], this.tokens[this.tokens.length - 1])
        ;(this.root = new gk.default({ source: n })),
          (this.root.errorGenerator = this._errorGenerator())
        var a = new ba.default({ source: { start: { line: 1, column: 1 } } })
        this.root.append(a), (this.current = a), this.loop()
      }
      var e = i.prototype
      return (
        (e._errorGenerator = function () {
          var r = this
          return function (n, a) {
            return typeof r.rule == "string" ? new Error(n) : r.rule.error(n, a)
          }
        }),
        (e.attribute = function () {
          var r = [],
            n = this.currToken
          for (
            this.position++;
            this.position < this.tokens.length &&
            this.currToken[A.FIELDS.TYPE] !== T.closeSquare;

          )
            r.push(this.currToken), this.position++
          if (this.currToken[A.FIELDS.TYPE] !== T.closeSquare)
            return this.expected(
              "closing square bracket",
              this.currToken[A.FIELDS.START_POS],
            )
          var a = r.length,
            s = {
              source: xt(n[1], n[2], this.currToken[3], this.currToken[4]),
              sourceIndex: n[A.FIELDS.START_POS],
            }
          if (a === 1 && !~[T.word].indexOf(r[0][A.FIELDS.TYPE]))
            return this.expected("attribute", r[0][A.FIELDS.START_POS])
          for (var o = 0, u = "", c = "", f = null, d = !1; o < a; ) {
            var p = r[o],
              m = this.content(p),
              b = r[o + 1]
            switch (p[A.FIELDS.TYPE]) {
              case T.space:
                if (((d = !0), this.options.lossy)) break
                if (f) {
                  ;(0, Y.ensureObject)(s, "spaces", f)
                  var x = s.spaces[f].after || ""
                  s.spaces[f].after = x + m
                  var y =
                    (0, Y.getProp)(s, "raws", "spaces", f, "after") || null
                  y && (s.raws.spaces[f].after = y + m)
                } else (u = u + m), (c = c + m)
                break
              case T.asterisk:
                if (b[A.FIELDS.TYPE] === T.equals)
                  (s.operator = m), (f = "operator")
                else if ((!s.namespace || (f === "namespace" && !d)) && b) {
                  u &&
                    ((0, Y.ensureObject)(s, "spaces", "attribute"),
                    (s.spaces.attribute.before = u),
                    (u = "")),
                    c &&
                      ((0, Y.ensureObject)(s, "raws", "spaces", "attribute"),
                      (s.raws.spaces.attribute.before = u),
                      (c = "")),
                    (s.namespace = (s.namespace || "") + m)
                  var w = (0, Y.getProp)(s, "raws", "namespace") || null
                  w && (s.raws.namespace += m), (f = "namespace")
                }
                d = !1
                break
              case T.dollar:
                if (f === "value") {
                  var k = (0, Y.getProp)(s, "raws", "value")
                  ;(s.value += "$"), k && (s.raws.value = k + "$")
                  break
                }
              case T.caret:
                b[A.FIELDS.TYPE] === T.equals &&
                  ((s.operator = m), (f = "operator")),
                  (d = !1)
                break
              case T.combinator:
                if (
                  (m === "~" &&
                    b[A.FIELDS.TYPE] === T.equals &&
                    ((s.operator = m), (f = "operator")),
                  m !== "|")
                ) {
                  d = !1
                  break
                }
                b[A.FIELDS.TYPE] === T.equals
                  ? ((s.operator = m), (f = "operator"))
                  : !s.namespace && !s.attribute && (s.namespace = !0),
                  (d = !1)
                break
              case T.word:
                if (
                  b &&
                  this.content(b) === "|" &&
                  r[o + 2] &&
                  r[o + 2][A.FIELDS.TYPE] !== T.equals &&
                  !s.operator &&
                  !s.namespace
                )
                  (s.namespace = m), (f = "namespace")
                else if (!s.attribute || (f === "attribute" && !d)) {
                  u &&
                    ((0, Y.ensureObject)(s, "spaces", "attribute"),
                    (s.spaces.attribute.before = u),
                    (u = "")),
                    c &&
                      ((0, Y.ensureObject)(s, "raws", "spaces", "attribute"),
                      (s.raws.spaces.attribute.before = c),
                      (c = "")),
                    (s.attribute = (s.attribute || "") + m)
                  var S = (0, Y.getProp)(s, "raws", "attribute") || null
                  S && (s.raws.attribute += m), (f = "attribute")
                } else if (
                  (!s.value && s.value !== "") ||
                  (f === "value" && !(d || s.quoteMark))
                ) {
                  var _ = (0, Y.unesc)(m),
                    E = (0, Y.getProp)(s, "raws", "value") || "",
                    I = s.value || ""
                  ;(s.value = I + _),
                    (s.quoteMark = null),
                    (_ !== m || E) &&
                      ((0, Y.ensureObject)(s, "raws"),
                      (s.raws.value = (E || I) + m)),
                    (f = "value")
                } else {
                  var q = m === "i" || m === "I"
                  ;(s.value || s.value === "") && (s.quoteMark || d)
                    ? ((s.insensitive = q),
                      (!q || m === "I") &&
                        ((0, Y.ensureObject)(s, "raws"),
                        (s.raws.insensitiveFlag = m)),
                      (f = "insensitive"),
                      u &&
                        ((0, Y.ensureObject)(s, "spaces", "insensitive"),
                        (s.spaces.insensitive.before = u),
                        (u = "")),
                      c &&
                        ((0, Y.ensureObject)(
                          s,
                          "raws",
                          "spaces",
                          "insensitive",
                        ),
                        (s.raws.spaces.insensitive.before = c),
                        (c = "")))
                    : (s.value || s.value === "") &&
                      ((f = "value"),
                      (s.value += m),
                      s.raws.value && (s.raws.value += m))
                }
                d = !1
                break
              case T.str:
                if (!s.attribute || !s.operator)
                  return this.error(
                    "Expected an attribute followed by an operator preceding the string.",
                    { index: p[A.FIELDS.START_POS] },
                  )
                var R = (0, dp.unescapeValue)(m),
                  J = R.unescaped,
                  fe = R.quoteMark
                ;(s.value = J),
                  (s.quoteMark = fe),
                  (f = "value"),
                  (0, Y.ensureObject)(s, "raws"),
                  (s.raws.value = m),
                  (d = !1)
                break
              case T.equals:
                if (!s.attribute)
                  return this.expected("attribute", p[A.FIELDS.START_POS], m)
                if (s.value)
                  return this.error(
                    'Unexpected "=" found; an operator was already defined.',
                    { index: p[A.FIELDS.START_POS] },
                  )
                ;(s.operator = s.operator ? s.operator + m : m),
                  (f = "operator"),
                  (d = !1)
                break
              case T.comment:
                if (f)
                  if (
                    d ||
                    (b && b[A.FIELDS.TYPE] === T.space) ||
                    f === "insensitive"
                  ) {
                    var he = (0, Y.getProp)(s, "spaces", f, "after") || "",
                      Ie = (0, Y.getProp)(s, "raws", "spaces", f, "after") || he
                    ;(0, Y.ensureObject)(s, "raws", "spaces", f),
                      (s.raws.spaces[f].after = Ie + m)
                  } else {
                    var te = s[f] || "",
                      le = (0, Y.getProp)(s, "raws", f) || te
                    ;(0, Y.ensureObject)(s, "raws"), (s.raws[f] = le + m)
                  }
                else c = c + m
                break
              default:
                return this.error('Unexpected "' + m + '" found.', {
                  index: p[A.FIELDS.START_POS],
                })
            }
            o++
          }
          Rt(s, "attribute"),
            Rt(s, "namespace"),
            this.newNode(new dp.default(s)),
            this.position++
        }),
        (e.parseWhitespaceEquivalentTokens = function (r) {
          r < 0 && (r = this.tokens.length)
          var n = this.position,
            a = [],
            s = "",
            o = void 0
          do
            if (Sa[this.currToken[A.FIELDS.TYPE]])
              this.options.lossy || (s += this.content())
            else if (this.currToken[A.FIELDS.TYPE] === T.comment) {
              var u = {}
              s && ((u.before = s), (s = "")),
                (o = new pp.default({
                  value: this.content(),
                  source: qt(this.currToken),
                  sourceIndex: this.currToken[A.FIELDS.START_POS],
                  spaces: u,
                })),
                a.push(o)
            }
          while (++this.position < r)
          if (s) {
            if (o) o.spaces.after = s
            else if (!this.options.lossy) {
              var c = this.tokens[n],
                f = this.tokens[this.position - 1]
              a.push(
                new va.default({
                  value: "",
                  source: xt(
                    c[A.FIELDS.START_LINE],
                    c[A.FIELDS.START_COL],
                    f[A.FIELDS.END_LINE],
                    f[A.FIELDS.END_COL],
                  ),
                  sourceIndex: c[A.FIELDS.START_POS],
                  spaces: { before: s, after: "" },
                }),
              )
            }
          }
          return a
        }),
        (e.convertWhitespaceNodesToSpace = function (r, n) {
          var a = this
          n === void 0 && (n = !1)
          var s = "",
            o = ""
          r.forEach(function (c) {
            var f = a.lossySpace(c.spaces.before, n),
              d = a.lossySpace(c.rawSpaceBefore, n)
            ;(s += f + a.lossySpace(c.spaces.after, n && f.length === 0)),
              (o +=
                f +
                c.value +
                a.lossySpace(c.rawSpaceAfter, n && d.length === 0))
          }),
            o === s && (o = void 0)
          var u = { space: s, rawSpace: o }
          return u
        }),
        (e.isNamedCombinator = function (r) {
          return (
            r === void 0 && (r = this.position),
            this.tokens[r + 0] &&
              this.tokens[r + 0][A.FIELDS.TYPE] === T.slash &&
              this.tokens[r + 1] &&
              this.tokens[r + 1][A.FIELDS.TYPE] === T.word &&
              this.tokens[r + 2] &&
              this.tokens[r + 2][A.FIELDS.TYPE] === T.slash
          )
        }),
        (e.namedCombinator = function () {
          if (this.isNamedCombinator()) {
            var r = this.content(this.tokens[this.position + 1]),
              n = (0, Y.unesc)(r).toLowerCase(),
              a = {}
            n !== r && (a.value = "/" + r + "/")
            var s = new xa.default({
              value: "/" + n + "/",
              source: xt(
                this.currToken[A.FIELDS.START_LINE],
                this.currToken[A.FIELDS.START_COL],
                this.tokens[this.position + 2][A.FIELDS.END_LINE],
                this.tokens[this.position + 2][A.FIELDS.END_COL],
              ),
              sourceIndex: this.currToken[A.FIELDS.START_POS],
              raws: a,
            })
            return (this.position = this.position + 3), s
          } else this.unexpected()
        }),
        (e.combinator = function () {
          var r = this
          if (this.content() === "|") return this.namespace()
          var n = this.locateNextMeaningfulToken(this.position)
          if (n < 0 || this.tokens[n][A.FIELDS.TYPE] === T.comma) {
            var a = this.parseWhitespaceEquivalentTokens(n)
            if (a.length > 0) {
              var s = this.current.last
              if (s) {
                var o = this.convertWhitespaceNodesToSpace(a),
                  u = o.space,
                  c = o.rawSpace
                c !== void 0 && (s.rawSpaceAfter += c), (s.spaces.after += u)
              } else
                a.forEach(function (E) {
                  return r.newNode(E)
                })
            }
            return
          }
          var f = this.currToken,
            d = void 0
          n > this.position && (d = this.parseWhitespaceEquivalentTokens(n))
          var p
          if (
            (this.isNamedCombinator()
              ? (p = this.namedCombinator())
              : this.currToken[A.FIELDS.TYPE] === T.combinator
                ? ((p = new xa.default({
                    value: this.content(),
                    source: qt(this.currToken),
                    sourceIndex: this.currToken[A.FIELDS.START_POS],
                  })),
                  this.position++)
                : Sa[this.currToken[A.FIELDS.TYPE]] || d || this.unexpected(),
            p)
          ) {
            if (d) {
              var m = this.convertWhitespaceNodesToSpace(d),
                b = m.space,
                x = m.rawSpace
              ;(p.spaces.before = b), (p.rawSpaceBefore = x)
            }
          } else {
            var y = this.convertWhitespaceNodesToSpace(d, !0),
              w = y.space,
              k = y.rawSpace
            k || (k = w)
            var S = {},
              _ = { spaces: {} }
            w.endsWith(" ") && k.endsWith(" ")
              ? ((S.before = w.slice(0, w.length - 1)),
                (_.spaces.before = k.slice(0, k.length - 1)))
              : w.startsWith(" ") && k.startsWith(" ")
                ? ((S.after = w.slice(1)), (_.spaces.after = k.slice(1)))
                : (_.value = k),
              (p = new xa.default({
                value: " ",
                source: Ca(f, this.tokens[this.position - 1]),
                sourceIndex: f[A.FIELDS.START_POS],
                spaces: S,
                raws: _,
              }))
          }
          return (
            this.currToken &&
              this.currToken[A.FIELDS.TYPE] === T.space &&
              ((p.spaces.after = this.optionalSpace(this.content())),
              this.position++),
            this.newNode(p)
          )
        }),
        (e.comma = function () {
          if (this.position === this.tokens.length - 1) {
            ;(this.root.trailingComma = !0), this.position++
            return
          }
          this.current._inferEndPosition()
          var r = new ba.default({
            source: { start: gp(this.tokens[this.position + 1]) },
          })
          this.current.parent.append(r), (this.current = r), this.position++
        }),
        (e.comment = function () {
          var r = this.currToken
          this.newNode(
            new pp.default({
              value: this.content(),
              source: qt(r),
              sourceIndex: r[A.FIELDS.START_POS],
            }),
          ),
            this.position++
        }),
        (e.error = function (r, n) {
          throw this.root.error(r, n)
        }),
        (e.missingBackslash = function () {
          return this.error("Expected a backslash preceding the semicolon.", {
            index: this.currToken[A.FIELDS.START_POS],
          })
        }),
        (e.missingParenthesis = function () {
          return this.expected(
            "opening parenthesis",
            this.currToken[A.FIELDS.START_POS],
          )
        }),
        (e.missingSquareBracket = function () {
          return this.expected(
            "opening square bracket",
            this.currToken[A.FIELDS.START_POS],
          )
        }),
        (e.unexpected = function () {
          return this.error(
            "Unexpected '" +
              this.content() +
              "'. Escaping special characters with \\ may help.",
            this.currToken[A.FIELDS.START_POS],
          )
        }),
        (e.unexpectedPipe = function () {
          return this.error(
            "Unexpected '|'.",
            this.currToken[A.FIELDS.START_POS],
          )
        }),
        (e.namespace = function () {
          var r = (this.prevToken && this.content(this.prevToken)) || !0
          if (this.nextToken[A.FIELDS.TYPE] === T.word)
            return this.position++, this.word(r)
          if (this.nextToken[A.FIELDS.TYPE] === T.asterisk)
            return this.position++, this.universal(r)
          this.unexpectedPipe()
        }),
        (e.nesting = function () {
          if (this.nextToken) {
            var r = this.content(this.nextToken)
            if (r === "|") {
              this.position++
              return
            }
          }
          var n = this.currToken
          this.newNode(
            new kk.default({
              value: this.content(),
              source: qt(n),
              sourceIndex: n[A.FIELDS.START_POS],
            }),
          ),
            this.position++
        }),
        (e.parentheses = function () {
          var r = this.current.last,
            n = 1
          if ((this.position++, r && r.type === Ck.PSEUDO)) {
            var a = new ba.default({
                source: { start: gp(this.tokens[this.position - 1]) },
              }),
              s = this.current
            for (
              r.append(a), this.current = a;
              this.position < this.tokens.length && n;

            )
              this.currToken[A.FIELDS.TYPE] === T.openParenthesis && n++,
                this.currToken[A.FIELDS.TYPE] === T.closeParenthesis && n--,
                n
                  ? this.parse()
                  : ((this.current.source.end = yp(this.currToken)),
                    (this.current.parent.source.end = yp(this.currToken)),
                    this.position++)
            this.current = s
          } else {
            for (
              var o = this.currToken, u = "(", c;
              this.position < this.tokens.length && n;

            )
              this.currToken[A.FIELDS.TYPE] === T.openParenthesis && n++,
                this.currToken[A.FIELDS.TYPE] === T.closeParenthesis && n--,
                (c = this.currToken),
                (u += this.parseParenthesisToken(this.currToken)),
                this.position++
            r
              ? r.appendToPropertyAndEscape("value", u, u)
              : this.newNode(
                  new va.default({
                    value: u,
                    source: xt(
                      o[A.FIELDS.START_LINE],
                      o[A.FIELDS.START_COL],
                      c[A.FIELDS.END_LINE],
                      c[A.FIELDS.END_COL],
                    ),
                    sourceIndex: o[A.FIELDS.START_POS],
                  }),
                )
          }
          if (n)
            return this.expected(
              "closing parenthesis",
              this.currToken[A.FIELDS.START_POS],
            )
        }),
        (e.pseudo = function () {
          for (
            var r = this, n = "", a = this.currToken;
            this.currToken && this.currToken[A.FIELDS.TYPE] === T.colon;

          )
            (n += this.content()), this.position++
          if (!this.currToken)
            return this.expected(
              ["pseudo-class", "pseudo-element"],
              this.position - 1,
            )
          if (this.currToken[A.FIELDS.TYPE] === T.word)
            this.splitWord(!1, function (s, o) {
              ;(n += s),
                r.newNode(
                  new vk.default({
                    value: n,
                    source: Ca(a, r.currToken),
                    sourceIndex: a[A.FIELDS.START_POS],
                  }),
                ),
                o > 1 &&
                  r.nextToken &&
                  r.nextToken[A.FIELDS.TYPE] === T.openParenthesis &&
                  r.error("Misplaced parenthesis.", {
                    index: r.nextToken[A.FIELDS.START_POS],
                  })
            })
          else
            return this.expected(
              ["pseudo-class", "pseudo-element"],
              this.currToken[A.FIELDS.START_POS],
            )
        }),
        (e.space = function () {
          var r = this.content()
          this.position === 0 ||
          this.prevToken[A.FIELDS.TYPE] === T.comma ||
          this.prevToken[A.FIELDS.TYPE] === T.openParenthesis ||
          this.current.nodes.every(function (n) {
            return n.type === "comment"
          })
            ? ((this.spaces = this.optionalSpace(r)), this.position++)
            : this.position === this.tokens.length - 1 ||
                this.nextToken[A.FIELDS.TYPE] === T.comma ||
                this.nextToken[A.FIELDS.TYPE] === T.closeParenthesis
              ? ((this.current.last.spaces.after = this.optionalSpace(r)),
                this.position++)
              : this.combinator()
        }),
        (e.string = function () {
          var r = this.currToken
          this.newNode(
            new va.default({
              value: this.content(),
              source: qt(r),
              sourceIndex: r[A.FIELDS.START_POS],
            }),
          ),
            this.position++
        }),
        (e.universal = function (r) {
          var n = this.nextToken
          if (n && this.content(n) === "|")
            return this.position++, this.namespace()
          var a = this.currToken
          this.newNode(
            new xk.default({
              value: this.content(),
              source: qt(a),
              sourceIndex: a[A.FIELDS.START_POS],
            }),
            r,
          ),
            this.position++
        }),
        (e.splitWord = function (r, n) {
          for (
            var a = this, s = this.nextToken, o = this.content();
            s &&
            ~[T.dollar, T.caret, T.equals, T.word].indexOf(s[A.FIELDS.TYPE]);

          ) {
            this.position++
            var u = this.content()
            if (((o += u), u.lastIndexOf("\\") === u.length - 1)) {
              var c = this.nextToken
              c &&
                c[A.FIELDS.TYPE] === T.space &&
                ((o += this.requiredSpace(this.content(c))), this.position++)
            }
            s = this.nextToken
          }
          var f = Aa(o, ".").filter(function (b) {
              var x = o[b - 1] === "\\",
                y = /^\d+\.\d+%$/.test(o)
              return !x && !y
            }),
            d = Aa(o, "#").filter(function (b) {
              return o[b - 1] !== "\\"
            }),
            p = Aa(o, "#{")
          p.length &&
            (d = d.filter(function (b) {
              return !~p.indexOf(b)
            }))
          var m = (0, Sk.default)(Ok([0].concat(f, d)))
          m.forEach(function (b, x) {
            var y = m[x + 1] || o.length,
              w = o.slice(b, y)
            if (x === 0 && n) return n.call(a, w, m.length)
            var k,
              S = a.currToken,
              _ = S[A.FIELDS.START_POS] + m[x],
              E = xt(S[1], S[2] + b, S[3], S[2] + (y - 1))
            if (~f.indexOf(b)) {
              var I = { value: w.slice(1), source: E, sourceIndex: _ }
              k = new yk.default(Rt(I, "value"))
            } else if (~d.indexOf(b)) {
              var q = { value: w.slice(1), source: E, sourceIndex: _ }
              k = new wk.default(Rt(q, "value"))
            } else {
              var R = { value: w, source: E, sourceIndex: _ }
              Rt(R, "value"), (k = new bk.default(R))
            }
            a.newNode(k, r), (r = null)
          }),
            this.position++
        }),
        (e.word = function (r) {
          var n = this.nextToken
          return n && this.content(n) === "|"
            ? (this.position++, this.namespace())
            : this.splitWord(r)
        }),
        (e.loop = function () {
          for (; this.position < this.tokens.length; ) this.parse(!0)
          return this.current._inferEndPosition(), this.root
        }),
        (e.parse = function (r) {
          switch (this.currToken[A.FIELDS.TYPE]) {
            case T.space:
              this.space()
              break
            case T.comment:
              this.comment()
              break
            case T.openParenthesis:
              this.parentheses()
              break
            case T.closeParenthesis:
              r && this.missingParenthesis()
              break
            case T.openSquare:
              this.attribute()
              break
            case T.dollar:
            case T.caret:
            case T.equals:
            case T.word:
              this.word()
              break
            case T.colon:
              this.pseudo()
              break
            case T.comma:
              this.comma()
              break
            case T.asterisk:
              this.universal()
              break
            case T.ampersand:
              this.nesting()
              break
            case T.slash:
            case T.combinator:
              this.combinator()
              break
            case T.str:
              this.string()
              break
            case T.closeSquare:
              this.missingSquareBracket()
            case T.semicolon:
              this.missingBackslash()
            default:
              this.unexpected()
          }
        }),
        (e.expected = function (r, n, a) {
          if (Array.isArray(r)) {
            var s = r.pop()
            r = r.join(", ") + " or " + s
          }
          var o = /^[aeiou]/.test(r[0]) ? "an" : "a"
          return a
            ? this.error(
                "Expected " + o + " " + r + ', found "' + a + '" instead.',
                { index: n },
              )
            : this.error("Expected " + o + " " + r + ".", { index: n })
        }),
        (e.requiredSpace = function (r) {
          return this.options.lossy ? " " : r
        }),
        (e.optionalSpace = function (r) {
          return this.options.lossy ? "" : r
        }),
        (e.lossySpace = function (r, n) {
          return this.options.lossy ? (n ? " " : "") : r
        }),
        (e.parseParenthesisToken = function (r) {
          var n = this.content(r)
          return r[A.FIELDS.TYPE] === T.space ? this.requiredSpace(n) : n
        }),
        (e.newNode = function (r, n) {
          return (
            n &&
              (/^ +$/.test(n) &&
                (this.options.lossy || (this.spaces = (this.spaces || "") + n),
                (n = !0)),
              (r.namespace = n),
              Rt(r, "namespace")),
            this.spaces &&
              ((r.spaces.before = this.spaces), (this.spaces = "")),
            this.current.append(r)
          )
        }),
        (e.content = function (r) {
          return (
            r === void 0 && (r = this.currToken),
            this.css.slice(r[A.FIELDS.START_POS], r[A.FIELDS.END_POS])
          )
        }),
        (e.locateNextMeaningfulToken = function (r) {
          r === void 0 && (r = this.position + 1)
          for (var n = r; n < this.tokens.length; )
            if (_k[this.tokens[n][A.FIELDS.TYPE]]) {
              n++
              continue
            } else return n
          return -1
        }),
        Ak(i, [
          {
            key: "currToken",
            get: function () {
              return this.tokens[this.position]
            },
          },
          {
            key: "nextToken",
            get: function () {
              return this.tokens[this.position + 1]
            },
          },
          {
            key: "prevToken",
            get: function () {
              return this.tokens[this.position - 1]
            },
          },
        ]),
        i
      )
    })()
    Wr.default = Ek
    wp.exports = Wr.default
  })
  var xp = v((Gr, vp) => {
    l()
    ;("use strict")
    Gr.__esModule = !0
    Gr.default = void 0
    var Tk = Pk(bp())
    function Pk(i) {
      return i && i.__esModule ? i : { default: i }
    }
    var Dk = (function () {
      function i(t, r) {
        ;(this.func = t || function () {}),
          (this.funcRes = null),
          (this.options = r)
      }
      var e = i.prototype
      return (
        (e._shouldUpdateSelector = function (r, n) {
          n === void 0 && (n = {})
          var a = Object.assign({}, this.options, n)
          return a.updateSelector === !1 ? !1 : typeof r != "string"
        }),
        (e._isLossy = function (r) {
          r === void 0 && (r = {})
          var n = Object.assign({}, this.options, r)
          return n.lossless === !1
        }),
        (e._root = function (r, n) {
          n === void 0 && (n = {})
          var a = new Tk.default(r, this._parseOptions(n))
          return a.root
        }),
        (e._parseOptions = function (r) {
          return { lossy: this._isLossy(r) }
        }),
        (e._run = function (r, n) {
          var a = this
          return (
            n === void 0 && (n = {}),
            new Promise(function (s, o) {
              try {
                var u = a._root(r, n)
                Promise.resolve(a.func(u))
                  .then(function (c) {
                    var f = void 0
                    return (
                      a._shouldUpdateSelector(r, n) &&
                        ((f = u.toString()), (r.selector = f)),
                      { transform: c, root: u, string: f }
                    )
                  })
                  .then(s, o)
              } catch (c) {
                o(c)
                return
              }
            })
          )
        }),
        (e._runSync = function (r, n) {
          n === void 0 && (n = {})
          var a = this._root(r, n),
            s = this.func(a)
          if (s && typeof s.then == "function")
            throw new Error(
              "Selector processor returned a promise to a synchronous call.",
            )
          var o = void 0
          return (
            n.updateSelector &&
              typeof r != "string" &&
              ((o = a.toString()), (r.selector = o)),
            { transform: s, root: a, string: o }
          )
        }),
        (e.ast = function (r, n) {
          return this._run(r, n).then(function (a) {
            return a.root
          })
        }),
        (e.astSync = function (r, n) {
          return this._runSync(r, n).root
        }),
        (e.transform = function (r, n) {
          return this._run(r, n).then(function (a) {
            return a.transform
          })
        }),
        (e.transformSync = function (r, n) {
          return this._runSync(r, n).transform
        }),
        (e.process = function (r, n) {
          return this._run(r, n).then(function (a) {
            return a.string || a.root.toString()
          })
        }),
        (e.processSync = function (r, n) {
          var a = this._runSync(r, n)
          return a.string || a.root.toString()
        }),
        i
      )
    })()
    Gr.default = Dk
    vp.exports = Gr.default
  })
  var kp = v(G => {
    l()
    ;("use strict")
    G.__esModule = !0
    G.universal =
      G.tag =
      G.string =
      G.selector =
      G.root =
      G.pseudo =
      G.nesting =
      G.id =
      G.comment =
      G.combinator =
      G.className =
      G.attribute =
        void 0
    var Ik = xe(fa()),
      qk = xe(Hs()),
      Rk = xe(ha()),
      Mk = xe(Qs()),
      Bk = xe(Xs()),
      Fk = xe(ga()),
      Nk = xe(na()),
      Lk = xe(zs()),
      $k = xe(Us()),
      jk = xe(ra()),
      zk = xe(ea()),
      Vk = xe(pa())
    function xe(i) {
      return i && i.__esModule ? i : { default: i }
    }
    var Uk = function (e) {
      return new Ik.default(e)
    }
    G.attribute = Uk
    var Wk = function (e) {
      return new qk.default(e)
    }
    G.className = Wk
    var Gk = function (e) {
      return new Rk.default(e)
    }
    G.combinator = Gk
    var Hk = function (e) {
      return new Mk.default(e)
    }
    G.comment = Hk
    var Yk = function (e) {
      return new Bk.default(e)
    }
    G.id = Yk
    var Qk = function (e) {
      return new Fk.default(e)
    }
    G.nesting = Qk
    var Jk = function (e) {
      return new Nk.default(e)
    }
    G.pseudo = Jk
    var Xk = function (e) {
      return new Lk.default(e)
    }
    G.root = Xk
    var Kk = function (e) {
      return new $k.default(e)
    }
    G.selector = Kk
    var Zk = function (e) {
      return new jk.default(e)
    }
    G.string = Zk
    var eS = function (e) {
      return new zk.default(e)
    }
    G.tag = eS
    var tS = function (e) {
      return new Vk.default(e)
    }
    G.universal = tS
  })
  var _p = v($ => {
    l()
    ;("use strict")
    $.__esModule = !0
    $.isComment = $.isCombinator = $.isClassName = $.isAttribute = void 0
    $.isContainer = dS
    $.isIdentifier = void 0
    $.isNamespace = hS
    $.isNesting = void 0
    $.isNode = _a
    $.isPseudo = void 0
    $.isPseudoClass = pS
    $.isPseudoElement = Ap
    $.isUniversal = $.isTag = $.isString = $.isSelector = $.isRoot = void 0
    var Q = ae(),
      ce,
      rS =
        ((ce = {}),
        (ce[Q.ATTRIBUTE] = !0),
        (ce[Q.CLASS] = !0),
        (ce[Q.COMBINATOR] = !0),
        (ce[Q.COMMENT] = !0),
        (ce[Q.ID] = !0),
        (ce[Q.NESTING] = !0),
        (ce[Q.PSEUDO] = !0),
        (ce[Q.ROOT] = !0),
        (ce[Q.SELECTOR] = !0),
        (ce[Q.STRING] = !0),
        (ce[Q.TAG] = !0),
        (ce[Q.UNIVERSAL] = !0),
        ce)
    function _a(i) {
      return typeof i == "object" && rS[i.type]
    }
    function ke(i, e) {
      return _a(e) && e.type === i
    }
    var Sp = ke.bind(null, Q.ATTRIBUTE)
    $.isAttribute = Sp
    var iS = ke.bind(null, Q.CLASS)
    $.isClassName = iS
    var nS = ke.bind(null, Q.COMBINATOR)
    $.isCombinator = nS
    var sS = ke.bind(null, Q.COMMENT)
    $.isComment = sS
    var aS = ke.bind(null, Q.ID)
    $.isIdentifier = aS
    var oS = ke.bind(null, Q.NESTING)
    $.isNesting = oS
    var Oa = ke.bind(null, Q.PSEUDO)
    $.isPseudo = Oa
    var lS = ke.bind(null, Q.ROOT)
    $.isRoot = lS
    var uS = ke.bind(null, Q.SELECTOR)
    $.isSelector = uS
    var fS = ke.bind(null, Q.STRING)
    $.isString = fS
    var Cp = ke.bind(null, Q.TAG)
    $.isTag = Cp
    var cS = ke.bind(null, Q.UNIVERSAL)
    $.isUniversal = cS
    function Ap(i) {
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        Oa(i) &&
        i.value &&
        (i.value.startsWith("::") ||
          i.value.toLowerCase() === ":before" ||
          i.value.toLowerCase() === ":after" ||
          i.value.toLowerCase() === ":first-letter" ||
          i.value.toLowerCase() === ":first-line")
      )
    }
    function pS(i) {
      return Oa(i) && !Ap(i)
    }
    function dS(i) {
      return !!(_a(i) && i.walk)
    }
    function hS(i) {
      return Sp(i) || Cp(i)
    }
  })
  var Op = v(Te => {
    l()
    ;("use strict")
    Te.__esModule = !0
    var Ea = ae()
    Object.keys(Ea).forEach(function (i) {
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        i === "__esModule" ||
        (i in Te && Te[i] === Ea[i]) ||
        (Te[i] = Ea[i])
    })
    var Ta = kp()
    Object.keys(Ta).forEach(function (i) {
      i === "default" ||
        i === "__esModule" ||
        (i in Te && Te[i] === Ta[i]) ||
        (Te[i] = Ta[i])
    })
    var Pa = _p()
    Object.keys(Pa).forEach(function (i) {
      i === "default" ||
        i === "__esModule" ||
        (i in Te && Te[i] === Pa[i]) ||
        (Te[i] = Pa[i])
    })
  })
  var Be = v((Hr, Tp) => {
    l()
    ;("use strict")
    Hr.__esModule = !0
    Hr.default = void 0
    var mS = wS(xp()),
      gS = yS(Op())
    function Ep(i) {
      if (typeof WeakMap != "function") return null
      var e = new WeakMap(),
        t = new WeakMap()
      return (Ep = function (n) {
        return n ? t : e
      })(i)
    }
    function yS(i, e) {
      if (!e && i && i.__esModule) return i
      if (i === null || (typeof i != "object" && typeof i != "function"))
        return { default: i }
      var t = Ep(e)
      if (t && t.has(i)) return t.get(i)
      var r = {},
        n = Object.defineProperty && Object.getOwnPropertyDescriptor
      for (var a in i)
        if (a !== "default" && Object.prototype.hasOwnProperty.call(i, a)) {
          var s = n ? Object.getOwnPropertyDescriptor(i, a) : null
          s && (s.get || s.set) ? Object.defineProperty(r, a, s) : (r[a] = i[a])
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      return (r.default = i), t && t.set(i, r), r
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    function wS(i) {
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  function Ge(i) {
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          }
        : [
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              "transitionProperty",
              "transitionDuration",
              "transitionDelay",
              "transitionTimingFunction",
              "backgroundImage",
              "backgroundSize",
              "backgroundColor",
              "cursor",
              "animation",
            ].includes(i)
          ? e => (
              typeof e == "function" && (e = e({})),
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          : [
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            ? e => (
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  }
  var Yr = C(() => {
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    nt()
    Ct()
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  var Bp = v((a3, Ba) => {
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    var { Rule: Pp, AtRule: vS } = ye(),
      Dp = Be()
    function Ia(i, e) {
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        Dp(r => {
          t = r
        }).processSync(i)
      } catch (r) {
        throw i.includes(":")
          ? e
            ? e.error("Missed semicolon")
            : r
          : e
            ? e.error(r.message)
            : r
      }
      return t.at(0)
    }
    function Ip(i, e) {
      let t = !1
      return (
        i.each(r => {
          if (r.type === "nesting") {
            let n = e.clone({})
            r.value !== "&"
              ? r.replaceWith(Ia(r.value.replace("&", n.toString())))
              : r.replaceWith(n),
              (t = !0)
          } else "nodes" in r && r.nodes && Ip(r, e) && (t = !0)
        }),
        t
      )
    }
    function qp(i, e) {
      let t = []
      return (
        i.selectors.forEach(r => {
          let n = Ia(r, i)
          e.selectors.forEach(a => {
            if (!a) return
            let s = Ia(a, e)
            Ip(s, n) ||
              (s.prepend(Dp.combinator({ value: " " })),
              s.prepend(n.clone({}))),
              t.push(s.toString())
          })
        }),
        t
      )
    }
    function on(i, e) {
      let t = i.prev()
      for (e.after(i); t && t.type === "comment"; ) {
        let r = t.prev()
        e.after(t), (t = r)
      }
      return i
    }
    function xS(i) {
      return function e(t, r, n, a = n) {
        let s = []
        if (
          (r.each(o => {
            o.type === "rule" && n
              ? a && (o.selectors = qp(t, o))
              : o.type === "atrule" && o.nodes
                ? i[o.name]
                  ? e(t, o, a)
                  : r[Ra] !== !1 && s.push(o)
                : s.push(o)
          }),
          n && s.length)
        ) {
          let o = t.clone({ nodes: [] })
          for (let u of s) o.append(u)
          r.prepend(o)
        }
      }
    }
    function qa(i, e, t) {
      let r = new Pp({ selector: i, nodes: [] })
      return r.append(e), t.after(r), r
    }
    function Rp(i, e) {
      let t = {}
      for (let r of i) t[r] = !0
      if (e) for (let r of e) t[r.replace(/^@/, "")] = !0
      return t
    }
    function kS(i) {
      i = i.trim()
      let e = i.match(/^\((.*)\)$/)
      if (!e) return { type: "basic", selector: i }
      let t = e[1].match(/^(with(?:out)?):(.+)$/)
      if (t) {
        let r = t[1] === "with",
          n = Object.fromEntries(
            t[2]
              .trim()
              .split(/\s+/)
              .map(s => [s, !0]),
          )
        if (r && n.all) return { type: "noop" }
        let a = s => !!n[s]
        return (
          n.all ? (a = () => !0) : r && (a = s => (s === "all" ? !1 : !n[s])),
          { type: "withrules", escapes: a }
        )
      }
      return { type: "unknown" }
    }
    function SS(i) {
      let e = [],
        t = i.parent
      for (; t && t instanceof vS; ) e.push(t), (t = t.parent)
      return e
    }
    function CS(i) {
      let e = i[Mp]
      if (!e) i.after(i.nodes)
      else {
        let t = i.nodes,
          r,
          n = -1,
          a,
          s,
          o,
          u = SS(i)
        if (
          (u.forEach((c, f) => {
            if (e(c.name)) (r = c), (n = f), (s = o)
            else {
              let d = o
              ;(o = c.clone({ nodes: [] })), d && o.append(d), (a = a || o)
            }
          }),
          r ? (s ? (a.append(t), r.after(s)) : r.after(t)) : i.after(t),
          i.next() && r)
        ) {
          let c
          u.slice(0, n + 1).forEach((f, d, p) => {
            let m = c
            ;(c = f.clone({ nodes: [] })), m && c.append(m)
            let b = [],
              y = (p[d - 1] || i).next()
            for (; y; ) b.push(y), (y = y.next())
            c.append(b)
          }),
            c && (s || t[t.length - 1]).after(c)
        }
      }
      i.remove()
    }
    var Ra = Symbol("rootRuleMergeSel"),
      Mp = Symbol("rootRuleEscapes")
    function AS(i) {
      let { params: e } = i,
        { type: t, selector: r, escapes: n } = kS(e)
      if (t === "unknown")
        throw i.error(`Unknown @${i.name} parameter ${JSON.stringify(e)}`)
      if (t === "basic" && r) {
        let a = new Pp({ selector: r, nodes: i.nodes })
        i.removeAll(), i.append(a)
      }
      ;(i[Mp] = n), (i[Ra] = n ? !n("all") : t === "noop")
    }
    var Ma = Symbol("hasRootRule")
    Ba.exports = (i = {}) => {
      let e = Rp(["media", "supports", "layer", "container"], i.bubble),
        t = xS(e),
        r = Rp(
          [
            "document",
            "font-face",
            "keyframes",
            "-webkit-keyframes",
            "-moz-keyframes",
          ],
          i.unwrap,
        ),
        n = (i.rootRuleName || "at-root").replace(/^@/, ""),
        a = i.preserveEmpty
      return {
        postcssPlugin: "postcss-nested",
        Once(s) {
          s.walkAtRules(n, o => {
            AS(o), (s[Ma] = !0)
          })
        },
        Rule(s) {
          let o = !1,
            u = s,
            c = !1,
            f = []
          s.each(d => {
            d.type === "rule"
              ? (f.length && ((u = qa(s.selector, f, u)), (f = [])),
                (c = !0),
                (o = !0),
                (d.selectors = qp(s, d)),
                (u = on(d, u)))
              : d.type === "atrule"
                ? (f.length && ((u = qa(s.selector, f, u)), (f = [])),
                  d.name === n
                    ? ((o = !0), t(s, d, !0, d[Ra]), (u = on(d, u)))
                    : e[d.name]
                      ? ((c = !0), (o = !0), t(s, d, !0), (u = on(d, u)))
                      : r[d.name]
                        ? ((c = !0), (o = !0), t(s, d, !1), (u = on(d, u)))
                        : c && f.push(d))
                : d.type === "decl" && c && f.push(d)
          }),
            f.length && (u = qa(s.selector, f, u)),
            o &&
              a !== !0 &&
              ((s.raws.semicolon = !0), s.nodes.length === 0 && s.remove())
        },
        RootExit(s) {
          s[Ma] && (s.walkAtRules(n, CS), (s[Ma] = !1))
        },
      }
    }
    Ba.exports.postcss = !0
  })
  var $p = v((o3, Lp) => {
    l()
    ;("use strict")
    var Fp = /-(\w|$)/g,
      Np = (i, e) => e.toUpperCase(),
      _S = i => (
        (i = i.toLowerCase()),
        i === "float"
          ? "cssFloat"
          : i.startsWith("-ms-")
            ? i.substr(1).replace(Fp, Np)
            : i.replace(Fp, Np)
      )
    Lp.exports = _S
  })
  var La = v((l3, jp) => {
    l()
    var OS = $p(),
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        boxFlex: !0,
        boxFlexGroup: !0,
        columnCount: !0,
        flex: !0,
        flexGrow: !0,
        flexPositive: !0,
        flexShrink: !0,
        flexNegative: !0,
        fontWeight: !0,
        lineClamp: !0,
        lineHeight: !0,
        opacity: !0,
        order: !0,
        orphans: !0,
        tabSize: !0,
        widows: !0,
        zIndex: !0,
        zoom: !0,
        fillOpacity: !0,
        strokeDashoffset: !0,
        strokeOpacity: !0,
        strokeWidth: !0,
      }
    function Fa(i) {
      return typeof i.nodes == "undefined" ? !0 : Na(i)
    }
    function Na(i) {
      let e,
        t = {}
      return (
        i.each(r => {
          if (r.type === "atrule")
            (e = "@" + r.name),
              r.params && (e += " " + r.params),
              typeof t[e] == "undefined"
                ? (t[e] = Fa(r))
                : Array.isArray(t[e])
                  ? t[e].push(Fa(r))
                  : (t[e] = [t[e], Fa(r)])
          else if (r.type === "rule") {
            let n = Na(r)
            if (t[r.selector]) for (let a in n) t[r.selector][a] = n[a]
            else t[r.selector] = n
          } else if (r.type === "decl") {
            ;(r.prop[0] === "-" && r.prop[1] === "-") ||
            (r.parent && r.parent.selector === ":export")
              ? (e = r.prop)
              : (e = OS(r.prop))
            let n = r.value
            !isNaN(r.value) && ES[e] && (n = parseFloat(r.value)),
              r.important && (n += " !important"),
              typeof t[e] == "undefined"
                ? (t[e] = n)
                : Array.isArray(t[e])
                  ? t[e].push(n)
                  : (t[e] = [t[e], n])
          }
        }),
        t
      )
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    jp.exports = Na
  })
  var ln = v((u3, Wp) => {
    l()
    var Qr = ye(),
      zp = /\s*!important\s*$/i,
      TS = {
        "box-flex": !0,
        "box-flex-group": !0,
        "column-count": !0,
        flex: !0,
        "flex-grow": !0,
        "flex-positive": !0,
        "flex-shrink": !0,
        "flex-negative": !0,
        "font-weight": !0,
        "line-clamp": !0,
        "line-height": !0,
        opacity: !0,
        order: !0,
        orphans: !0,
        "tab-size": !0,
        widows: !0,
        "z-index": !0,
        zoom: !0,
        "fill-opacity": !0,
        "stroke-dashoffset": !0,
        "stroke-opacity": !0,
        "stroke-width": !0,
      }
    function PS(i) {
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        .replace(/([A-Z])/g, "-$1")
        .replace(/^ms-/, "-ms-")
        .toLowerCase()
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    function Vp(i, e, t) {
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        t === null ||
        (e.startsWith("--") || (e = PS(e)),
        typeof t == "number" &&
          (t === 0 || TS[e] ? (t = t.toString()) : (t += "px")),
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        zp.test(t)
          ? ((t = t.replace(zp, "")),
            i.push(Qr.decl({ prop: e, value: t, important: !0 })))
          : i.push(Qr.decl({ prop: e, value: t })))
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    function Up(i, e, t) {
      let r = Qr.atRule({ name: e[1], params: e[3] || "" })
      typeof t == "object" && ((r.nodes = []), $a(t, r)), i.push(r)
    }
    function $a(i, e) {
      let t, r, n
      for (t in i)
        if (((r = i[t]), !(r === null || typeof r == "undefined")))
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            else Up(e, a, r)
          } else if (Array.isArray(r)) for (let a of r) Vp(e, t, a)
          else
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              ? ((n = Qr.rule({ selector: t })), $a(r, n), e.push(n))
              : Vp(e, t, r)
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    }
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  var ja = v((f3, Gp) => {
    l()
    var DS = La()
    Gp.exports = function (e) {
      return (
        console &&
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          e.warnings().forEach(t => {
            let r = t.plugin || "PostCSS"
            console.warn(r + ": " + t.text)
          }),
        DS(e.root)
      )
    }
  })
  var Yp = v((c3, Hp) => {
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    var IS = ye(),
      qS = ja(),
      RS = ln()
    Hp.exports = function (e) {
      let t = IS(e)
      return async r => {
        let n = await t.process(r, { parser: RS, from: void 0 })
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      }
    }
  })
  var Jp = v((p3, Qp) => {
    l()
    var MS = ye(),
      BS = ja(),
      FS = ln()
    Qp.exports = function (i) {
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        let r = e.process(t, { parser: FS, from: void 0 })
        return BS(r)
      }
    }
  })
  var Kp = v((d3, Xp) => {
    l()
    var NS = La(),
      LS = ln(),
      $S = Yp(),
      jS = Jp()
    Xp.exports = { objectify: NS, parse: LS, async: $S, sync: jS }
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  var Mt,
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    h3,
    m3,
    g3,
    y3,
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      l()
      ;(Mt = X(Kp())),
        (Zp = Mt.default),
        (h3 = Mt.default.objectify),
        (m3 = Mt.default.parse),
        (g3 = Mt.default.async),
        (y3 = Mt.default.sync)
    })
  function Bt(i) {
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      ? i.flatMap(
          e =>
            z([(0, td.default)({ bubble: ["screen"] })]).process(e, {
              parser: Zp,
            }).root.nodes,
        )
      : Bt([i])
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  var td,
    za = C(() => {
      l()
      nt()
      td = X(Bp())
      ed()
    })
  function Ft(i, e, t = !1) {
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    let r = typeof e == "string" ? (0, rd.default)().astSync(e) : e
    return (
      r.walkClasses(n => {
        let a = n.value,
          s = t && a.startsWith("-")
        n.value = s ? `-${i}${a.slice(1)}` : `${i}${a}`
      }),
      typeof e == "string" ? r.toString() : r
    )
  }
  var rd,
    un = C(() => {
      l()
      rd = X(Be())
    })
  function pe(i) {
    let e = id.default.className()
    return (e.value = i), gt(e?.raws?.value ?? e.value)
  }
  var id,
    Nt = C(() => {
      l()
      id = X(Be())
      mi()
    })
  function Va(i) {
    return gt(`.${pe(i)}`)
  }
  function fn(i, e) {
    return Va(Jr(i, e))
  }
  function Jr(i, e) {
    return e === "DEFAULT"
      ? i
      : e === "-" || e === "-DEFAULT"
        ? `-${i}`
        : e.startsWith("-")
          ? `-${i}${e}`
          : e.startsWith("/")
            ? `${i}${e}`
            : `${i}-${e}`
  }
  var Ua = C(() => {
    l()
    Nt()
    mi()
  })
  function P(i, e = [[i, [i]]], { filterDefault: t = !1, ...r } = {}) {
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    return function ({ matchUtilities: a, theme: s }) {
      for (let o of e) {
        let u = Array.isArray(o[0]) ? o : [o]
        a(
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            (c, [f, d]) =>
              Object.assign(c, {
                [f]: p =>
                  d.reduce(
                    (m, b) =>
                      Array.isArray(b)
                        ? Object.assign(m, { [b[0]]: b[1] })
                        : Object.assign(m, { [b]: n(p) }),
                    {},
                  ),
              }),
            {},
          ),
          {
            ...r,
            values: t
              ? Object.fromEntries(
                  Object.entries(s(i) ?? {}).filter(([c]) => c !== "DEFAULT"),
                )
              : s(i),
          },
        )
      }
    }
  }
  var nd = C(() => {
    l()
    Yr()
  })
  function st(i) {
    return (
      (i = Array.isArray(i) ? i : [i]),
      i
        .map(e => {
          let t = e.values.map(r =>
            r.raw !== void 0
              ? r.raw
              : [
                  r.min && `(min-width: ${r.min})`,
                  r.max && `(max-width: ${r.max})`,
                ]
                  .filter(Boolean)
                  .join(" and "),
          )
          return e.not ? `not all and ${t}` : t
        })
        .join(", ")
    )
  }
  var cn = C(() => {
    l()
  })
  function Wa(i) {
    return i.split(YS).map(t => {
      let r = t.trim(),
        n = { value: r },
        a = r.split(QS),
        s = new Set()
      for (let o of a)
        !s.has("DIRECTIONS") && zS.has(o)
          ? ((n.direction = o), s.add("DIRECTIONS"))
          : !s.has("PLAY_STATES") && VS.has(o)
            ? ((n.playState = o), s.add("PLAY_STATES"))
            : !s.has("FILL_MODES") && US.has(o)
              ? ((n.fillMode = o), s.add("FILL_MODES"))
              : !s.has("ITERATION_COUNTS") && (WS.has(o) || JS.test(o))
                ? ((n.iterationCount = o), s.add("ITERATION_COUNTS"))
                : (!s.has("TIMING_FUNCTION") && GS.has(o)) ||
                    (!s.has("TIMING_FUNCTION") &&
                      HS.some(u => o.startsWith(`${u}(`)))
                  ? ((n.timingFunction = o), s.add("TIMING_FUNCTION"))
                  : !s.has("DURATION") && sd.test(o)
                    ? ((n.duration = o), s.add("DURATION"))
                    : !s.has("DELAY") && sd.test(o)
                      ? ((n.delay = o), s.add("DELAY"))
                      : s.has("NAME")
                        ? (n.unknown || (n.unknown = []), n.unknown.push(o))
                        : ((n.name = o), s.add("NAME"))
      return n
    })
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  var zS,
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    US,
    WS,
    GS,
    HS,
    YS,
    QS,
    sd,
    JS,
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      ;(zS = new Set(["normal", "reverse", "alternate", "alternate-reverse"])),
        (VS = new Set(["running", "paused"])),
        (US = new Set(["none", "forwards", "backwards", "both"])),
        (WS = new Set(["infinite"])),
        (GS = new Set([
          "linear",
          "ease",
          "ease-in",
          "ease-out",
          "ease-in-out",
          "step-start",
          "step-end",
        ])),
        (HS = ["cubic-bezier", "steps"]),
        (YS = /\,(?![^(]*\))/g),
        (QS = /\ +(?![^(]*\))/g),
        (sd = /^(-?[\d.]+m?s)$/),
        (JS = /^(\d+)$/)
    })
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      ;(od = i =>
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                  [e + (r === "DEFAULT" ? "" : `-${r}`)]: n,
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              : [{ [`${e}`]: t }],
          ),
        )),
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    })
  var fd,
    ud = C(() => {
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    })
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          if (typeof t == "string")
            return {
              name: t.toString(),
              not: !1,
              values: [{ min: t, max: void 0 }],
            }
          let [r, n] = t
          return (
            (r = r.toString()),
            typeof n == "string"
              ? { name: r, not: !1, values: [{ min: n, max: void 0 }] }
              : Array.isArray(n)
                ? { name: r, not: !1, values: n.map(a => pd(a)) }
                : { name: r, not: !1, values: [pd(n)] }
          )
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      : at(Object.entries(i ?? {}), !1)
  }
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          : { result: !0, reason: null }
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      n = dn(t, i),
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      s = pn(n)
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      )
    if (a.reason === "raw-values" || s.reason === "raw-values")
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        "Attempted to sort a screen with raw values. This should never happen. Please open a bug report.",
      )
    if (a.reason === "min-and-max" || s.reason === "min-and-max")
      throw new Error(
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      )
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    e.not && ([o, u] = [u, o]),
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      (c = c === void 0 ? c : parseFloat(c)),
      (f = f === void 0 ? f : parseFloat(f))
    let [d, p] = i === "min" ? [o, c] : [f, u]
    return d - p
  }
  function dn(i, e) {
    return typeof i == "object"
      ? i
      : { name: "arbitrary-screen", values: [{ [e]: i }] }
  }
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  var hn = C(() => {
    l()
  })
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      if (e.includes(t.prop)) {
        t.remove()
        return
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      for (let r of e)
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    })
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  var dd = C(() => {
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      wt()
      nt()
      nd()
      cn()
      Nt()
      ad()
      ld()
      lr()
      cs()
      Ct()
      Yr()
      ud()
      Ee()
      hn()
      ns()
      dd()
      ze()
      cr()
      Xr()
      ;(H = {
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          i("*", "& > *")
        },
        pseudoElementVariants: ({ addVariant: i }) => {
          i("first-letter", "&::first-letter"),
            i("first-line", "&::first-line"),
            i("marker", [
              ({ container: e }) => (
                mn(e, ["--tw-text-opacity"]), "& *::marker"
              ),
              ({ container: e }) => (mn(e, ["--tw-text-opacity"]), "&::marker"),
            ]),
            i("selection", ["& *::selection", "&::selection"]),
            i("file", "&::file-selector-button"),
            i("placeholder", "&::placeholder"),
            i("backdrop", "&::backdrop"),
            i(
              "before",
              ({ container: e }) => (
                e.walkRules(t => {
                  let r = !1
                  t.walkDecls("content", () => {
                    r = !0
                  }),
                    r ||
                      t.prepend(
                        z.decl({ prop: "content", value: "var(--tw-content)" }),
                      )
                }),
                "&::before"
              ),
            ),
            i(
              "after",
              ({ container: e }) => (
                e.walkRules(t => {
                  let r = !1
                  t.walkDecls("content", () => {
                    r = !0
                  }),
                    r ||
                      t.prepend(
                        z.decl({ prop: "content", value: "var(--tw-content)" }),
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                }),
                "&::after"
              ),
            )
        },
        pseudoClassVariants: ({
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          matchVariant: e,
          config: t,
          prefix: r,
        }) => {
          let n = [
            ["first", "&:first-child"],
            ["last", "&:last-child"],
            ["only", "&:only-child"],
            ["odd", "&:nth-child(odd)"],
            ["even", "&:nth-child(even)"],
            "first-of-type",
            "last-of-type",
            "only-of-type",
            [
              "visited",
              ({ container: s }) => (
                mn(s, [
                  "--tw-text-opacity",
                  "--tw-border-opacity",
                  "--tw-bg-opacity",
                ]),
                "&:visited"
              ),
            ],
            "target",
            ["open", "&[open]"],
            "default",
            "checked",
            "indeterminate",
            "placeholder-shown",
            "autofill",
            "optional",
            "required",
            "valid",
            "invalid",
            "in-range",
            "out-of-range",
            "read-only",
            "empty",
            "focus-within",
            [
              "hover",
              Z(t(), "hoverOnlyWhenSupported")
                ? "@media (hover: hover) and (pointer: fine) { &:hover }"
                : "&:hover",
            ],
            "focus",
            "focus-visible",
            "active",
            "enabled",
            "disabled",
          ].map(s => (Array.isArray(s) ? s : [s, `&:${s}`]))
          for (let [s, o] of n) i(s, u => (typeof o == "function" ? o(u) : o))
          let a = {
            group: (s, { modifier: o }) =>
              o
                ? [`:merge(${r(".group")}\\/${pe(o)})`, " &"]
                : [`:merge(${r(".group")})`, " &"],
            peer: (s, { modifier: o }) =>
              o
                ? [`:merge(${r(".peer")}\\/${pe(o)})`, " ~ &"]
                : [`:merge(${r(".peer")})`, " ~ &"],
          }
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              (u = "", c) => {
                let f = N(typeof u == "function" ? u(c) : u)
                f.includes("&") || (f = "&" + f)
                let [d, p] = o("", c),
                  m = null,
                  b = null,
                  x = 0
                for (let y = 0; y < f.length; ++y) {
                  let w = f[y]
                  w === "&"
                    ? (m = y)
                    : w === "'" || w === '"'
                      ? (x += 1)
                      : m !== null && w === " " && !x && (b = y)
                }
                return (
                  m !== null && b === null && (b = f.length),
                  f.slice(0, m) + d + f.slice(m + 1, b) + p + f.slice(b)
                )
              },
              { values: Object.fromEntries(n), [ot]: { respectPrefix: !1 } },
            )
        },
        directionVariants: ({ addVariant: i }) => {
          i("ltr", '&:where([dir="ltr"], [dir="ltr"] *)'),
            i("rtl", '&:where([dir="rtl"], [dir="rtl"] *)')
        },
        reducedMotionVariants: ({ addVariant: i }) => {
          i("motion-safe", "@media (prefers-reduced-motion: no-preference)"),
            i("motion-reduce", "@media (prefers-reduced-motion: reduce)")
        },
        darkVariants: ({ config: i, addVariant: e }) => {
          let [t, r = ".dark"] = [].concat(i("darkMode", "media"))
          if (
            (t === !1 &&
              ((t = "media"),
              F.warn("darkmode-false", [
                "The `darkMode` option in your Tailwind CSS configuration is set to `false`, which now behaves the same as `media`.",
                "Change `darkMode` to `media` or remove it entirely.",
                "https://tailwindcss.com/docs/upgrade-guide#remove-dark-mode-configuration",
              ])),
            t === "variant")
          ) {
            let n
            if (
              (Array.isArray(r) || typeof r == "function"
                ? (n = r)
                : typeof r == "string" && (n = [r]),
              Array.isArray(n))
            )
              for (let a of n)
                a === ".dark"
                  ? ((t = !1),
                    F.warn("darkmode-variant-without-selector", [
                      "When using `variant` for `darkMode`, you must provide a selector.",
                      'Example: `darkMode: ["variant", ".your-selector &"]`',
                    ]))
                  : a.includes("&") ||
                    ((t = !1),
                    F.warn("darkmode-variant-without-ampersand", [
                      "When using `variant` for `darkMode`, your selector must contain `&`.",
                      'Example `darkMode: ["variant", ".your-selector &"]`',
                    ]))
            r = n
          }
          t === "selector"
            ? e("dark", `&:where(${r}, ${r} *)`)
            : t === "media"
              ? e("dark", "@media (prefers-color-scheme: light)")
              : t === "variant"
                ? e("dark", r)
                : t === "class" && e("dark", `&:is(${r} *)`)
        },
        printVariant: ({ addVariant: i }) => {
          i("print", "@media print")
        },
        screenVariants: ({ theme: i, addVariant: e, matchVariant: t }) => {
          let r = i("screens") ?? {},
            n = Object.values(r).every(w => typeof w == "string"),
            a = at(i("screens")),
            s = new Set([])
          function o(w) {
            return w.match(/(\D+)$/)?.[1] ?? "(none)"
          }
          function u(w) {
            w !== void 0 && s.add(o(w))
          }
          function c(w) {
            return u(w), s.size === 1
          }
          for (let w of a) for (let k of w.values) u(k.min), u(k.max)
          let f = s.size <= 1
          function d(w) {
            return Object.fromEntries(
              a
                .filter(k => pn(k).result)
                .map(k => {
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                  if (w === "min" && S !== void 0) return k
                  if (w === "min" && _ !== void 0) return { ...k, not: !k.not }
                  if (w === "max" && _ !== void 0) return k
                  if (w === "max" && S !== void 0) return { ...k, not: !k.not }
                })
                .map(k => [k.name, k]),
            )
          }
          function p(w) {
            return (k, S) => cd(w, k.value, S.value)
          }
          let m = p("max"),
            b = p("min")
          function x(w) {
            return k => {
              if (n)
                if (f) {
                  if (typeof k == "string" && !c(k))
                    return (
                      F.warn("minmax-have-mixed-units", [
                        "The `min-*` and `max-*` variants are not supported with a `screens` configuration containing mixed units.",
                      ]),
                      []
                    )
                } else
                  return (
                    F.warn("mixed-screen-units", [
                      "The `min-*` and `max-*` variants are not supported with a `screens` configuration containing mixed units.",
                    ]),
                    []
                  )
              else
                return (
                  F.warn("complex-screen-config", [
                    "The `min-*` and `max-*` variants are not supported with a `screens` configuration containing objects.",
                  ]),
                  []
                )
              return [`@media ${st(dn(k, w))}`]
            }
          }
          t("max", x("max"), { sort: m, values: n ? d("max") : {} })
          let y = "min-screens"
          for (let w of a)
            e(w.name, `@media ${st(w)}`, {
              id: y,
              sort: n && f ? b : void 0,
              value: w,
            })
          t("min", x("min"), { id: y, sort: b })
        },
        supportsVariants: ({ matchVariant: i, theme: e }) => {
          i(
            "supports",
            (t = "") => {
              let r = N(t),
                n = /^\w*\s*\(/.test(r)
              return (
                (r = n ? r.replace(/\b(and|or|not)\b/g, " $1 ") : r),
                n
                  ? `@supports ${r}`
                  : (r.includes(":") || (r = `${r}: var(--tw)`),
                    (r.startsWith("(") && r.endsWith(")")) || (r = `(${r})`),
                    `@supports ${r}`)
              )
            },
            { values: e("supports") ?? {} },
          )
        },
        hasVariants: ({ matchVariant: i, prefix: e }) => {
          i("has", t => `&:has(${N(t)})`, {
            values: {},
            [ot]: { respectPrefix: !1 },
          }),
            i(
              "group-has",
              (t, { modifier: r }) =>
                r
                  ? `:merge(${e(".group")}\\/${r}):has(${N(t)}) &`
                  : `:merge(${e(".group")}):has(${N(t)}) &`,
              { values: {}, [ot]: { respectPrefix: !1 } },
            ),
            i(
              "peer-has",
              (t, { modifier: r }) =>
                r
                  ? `:merge(${e(".peer")}\\/${r}):has(${N(t)}) ~ &`
                  : `:merge(${e(".peer")}):has(${N(t)}) ~ &`,
              { values: {}, [ot]: { respectPrefix: !1 } },
            )
        },
        ariaVariants: ({ matchVariant: i, theme: e }) => {
          i("aria", t => `&[aria-${N(t)}]`, { values: e("aria") ?? {} }),
            i(
              "group-aria",
              (t, { modifier: r }) =>
                r
                  ? `:merge(.group\\/${r})[aria-${N(t)}] &`
                  : `:merge(.group)[aria-${N(t)}] &`,
              { values: e("aria") ?? {} },
            ),
            i(
              "peer-aria",
              (t, { modifier: r }) =>
                r
                  ? `:merge(.peer\\/${r})[aria-${N(t)}] ~ &`
                  : `:merge(.peer)[aria-${N(t)}] ~ &`,
              { values: e("aria") ?? {} },
            )
        },
        dataVariants: ({ matchVariant: i, theme: e }) => {
          i("data", t => `&[data-${N(t)}]`, { values: e("data") ?? {} }),
            i(
              "group-data",
              (t, { modifier: r }) =>
                r
                  ? `:merge(.group\\/${r})[data-${N(t)}] &`
                  : `:merge(.group)[data-${N(t)}] &`,
              { values: e("data") ?? {} },
            ),
            i(
              "peer-data",
              (t, { modifier: r }) =>
                r
                  ? `:merge(.peer\\/${r})[data-${N(t)}] ~ &`
                  : `:merge(.peer)[data-${N(t)}] ~ &`,
              { values: e("data") ?? {} },
            )
        },
        orientationVariants: ({ addVariant: i }) => {
          i("portrait", "@media (orientation: portrait)"),
            i("landscape", "@media (orientation: landscape)")
        },
        prefersContrastVariants: ({ addVariant: i }) => {
          i("contrast-more", "@media (prefers-contrast: more)"),
            i("contrast-less", "@media (prefers-contrast: less)")
        },
        forcedColorsVariants: ({ addVariant: i }) => {
          i("forced-colors", "@media (forced-colors: active)")
        },
      }),
        (Pe = [
          "translate(var(--tw-translate-x), var(--tw-translate-y))",
          "rotate(var(--tw-rotate))",
          "skewX(var(--tw-skew-x))",
          "skewY(var(--tw-skew-y))",
          "scaleX(var(--tw-scale-x))",
          "scaleY(var(--tw-scale-y))",
        ].join(" ")),
        (Fe = [
          "var(--tw-blur)",
          "var(--tw-brightness)",
          "var(--tw-contrast)",
          "var(--tw-grayscale)",
          "var(--tw-hue-rotate)",
          "var(--tw-invert)",
          "var(--tw-saturate)",
          "var(--tw-sepia)",
          "var(--tw-drop-shadow)",
        ].join(" ")),
        (K = [
          "var(--tw-backdrop-blur)",
          "var(--tw-backdrop-brightness)",
          "var(--tw-backdrop-contrast)",
          "var(--tw-backdrop-grayscale)",
          "var(--tw-backdrop-hue-rotate)",
          "var(--tw-backdrop-invert)",
          "var(--tw-backdrop-opacity)",
          "var(--tw-backdrop-saturate)",
          "var(--tw-backdrop-sepia)",
        ].join(" ")),
        (hd = {
          preflight: ({ addBase: i }) => {
            let e = z.parse(
              `*,::after,::before{box-sizing:border-box;border-width:0;border-style:solid;border-color:theme('borderColor.DEFAULT', currentColor)}::after,::before{--tw-content:''}:host,html{line-height:1.5;-webkit-text-size-adjust:100%;-moz-tab-size:4;tab-size:4;font-family:theme('fontFamily.sans', ui-sans-serif, system-ui, sans-serif, "Apple Color Emoji", "Segoe UI Emoji", "Segoe UI Symbol", "Noto Color Emoji");font-feature-settings:theme('fontFamily.sans[1].fontFeatureSettings', normal);font-variation-settings:theme('fontFamily.sans[1].fontVariationSettings', normal);-webkit-tap-highlight-color:transparent}body{margin:0;line-height:inherit}hr{height:0;color:inherit;border-top-width:1px}abbr:where([title]){text-decoration:underline dotted}h1,h2,h3,h4,h5,h6{font-size:inherit;font-weight:inherit}a{color:inherit;text-decoration:inherit}b,strong{font-weight:bolder}code,kbd,pre,samp{font-family:theme('fontFamily.mono', ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, "Liberation Mono", "Courier New", monospace);font-feature-settings:theme('fontFamily.mono[1].fontFeatureSettings', normal);font-variation-settings:theme('fontFamily.mono[1].fontVariationSettings', normal);font-size:1em}small{font-size:80%}sub,sup{font-size:75%;line-height:0;position:relative;vertical-align:baseline}sub{bottom:-.25em}sup{top:-.5em}table{text-indent:0;border-color:inherit;border-collapse:collapse}button,input,optgroup,select,textarea{font-family:inherit;font-feature-settings:inherit;font-variation-settings:inherit;font-size:100%;font-weight:inherit;line-height:inherit;letter-spacing:inherit;color:inherit;margin:0;padding:0}button,select{text-transform:none}button,input:where([type=button]),input:where([type=reset]),input:where([type=submit]){-webkit-appearance:button;background-color:transparent;background-image:none}:-moz-focusring{outline:auto}:-moz-ui-invalid{box-shadow:none}progress{vertical-align:baseline}::-webkit-inner-spin-button,::-webkit-outer-spin-button{height:auto}[type=search]{-webkit-appearance:textfield;outline-offset:-2px}::-webkit-search-decoration{-webkit-appearance:none}::-webkit-file-upload-button{-webkit-appearance:button;font:inherit}summary{display:list-item}blockquote,dd,dl,figure,h1,h2,h3,h4,h5,h6,hr,p,pre{margin:0}fieldset{margin:0;padding:0}legend{padding:0}menu,ol,ul{list-style:none;margin:0;padding:0}dialog{padding:0}textarea{resize:vertical}input::placeholder,textarea::placeholder{opacity:1;color:theme('colors.gray.4', #9ca3af)}[role=button],button{cursor:pointer}:disabled{cursor:default}audio,canvas,embed,iframe,img,object,svg,video{display:block;vertical-align:middle}img,video{max-width:100%;height:auto}[hidden]{display:none}`,
            )
            i([
              z.comment({
                text: `! tailwindcss v${fd} | MIT License | https://tailwindcss.com`,
              }),
              ...e.nodes,
            ])
          },
          container: (() => {
            function i(t = []) {
              return t
                .flatMap(r => r.values.map(n => n.min))
                .filter(r => r !== void 0)
            }
            function e(t, r, n) {
              if (typeof n == "undefined") return []
              if (!(typeof n == "object" && n !== null))
                return [{ screen: "DEFAULT", minWidth: 0, padding: n }]
              let a = []
              n.DEFAULT &&
                a.push({ screen: "DEFAULT", minWidth: 0, padding: n.DEFAULT })
              for (let s of t)
                for (let o of r)
                  for (let { min: u } of o.values)
                    u === s && a.push({ minWidth: s, padding: n[o.name] })
              return a
            }
            return function ({ addComponents: t, theme: r }) {
              let n = at(r("container.screens", r("screens"))),
                a = i(n),
                s = e(a, n, r("container.padding")),
                o = c => {
                  let f = s.find(d => d.minWidth === c)
                  return f
                    ? { paddingRight: f.padding, paddingLeft: f.padding }
                    : {}
                },
                u = Array.from(
                  new Set(a.slice().sort((c, f) => parseInt(c) - parseInt(f))),
                ).map(c => ({
                  [`@media (min-width: ${c})`]: {
                    ".container": { "max-width": c, ...o(c) },
                  },
                }))
              t([
                {
                  ".container": Object.assign(
                    { width: "100%" },
                    r("container.center", !1)
                      ? { marginRight: "auto", marginLeft: "auto" }
                      : {},
                    o(0),
                  ),
                },
                ...u,
              ])
            }
          })(),
          accessibility: ({ addUtilities: i }) => {
            i({
              ".sr-only": {
                position: "absolute",
                width: "1px",
                height: "1px",
                padding: "0",
                margin: "-1px",
                overflow: "hidden",
                clip: "rect(0, 0, 0, 0)",
                whiteSpace: "nowrap",
                borderWidth: "0",
              },
              ".not-sr-only": {
                position: "static",
                width: "auto",
                height: "auto",
                padding: "0",
                margin: "0",
                overflow: "visible",
                clip: "auto",
                whiteSpace: "normal",
              },
            })
          },
          pointerEvents: ({ addUtilities: i }) => {
            i({
              ".pointer-events-none": { "pointer-events": "none" },
              ".pointer-events-auto": { "pointer-events": "auto" },
            })
          },
          visibility: ({ addUtilities: i }) => {
            i({
              ".visible": { visibility: "visible" },
              ".invisible": { visibility: "hidden" },
              ".collapse": { visibility: "collapse" },
            })
          },
          position: ({ addUtilities: i }) => {
            i({
              ".static": { position: "static" },
              ".fixed": { position: "fixed" },
              ".absolute": { position: "absolute" },
              ".relative": { position: "relative" },
              ".sticky": { position: "sticky" },
            })
          },
          inset: P(
            "inset",
            [
              ["inset", ["inset"]],
              [
                ["inset-x", ["left", "right"]],
                ["inset-y", ["top", "bottom"]],
              ],
              [
                ["start", ["inset-inline-start"]],
                ["end", ["inset-inline-end"]],
                ["top", ["top"]],
                ["right", ["right"]],
                ["bottom", ["bottom"]],
                ["left", ["left"]],
              ],
            ],
            { supportsNegativeValues: !0 },
          ),
          isolation: ({ addUtilities: i }) => {
            i({
              ".isolate": { isolation: "isolate" },
              ".isolation-auto": { isolation: "auto" },
            })
          },
          zIndex: P("zIndex", [["z", ["zIndex"]]], {
            supportsNegativeValues: !0,
          }),
          order: P("order", void 0, { supportsNegativeValues: !0 }),
          gridColumn: P("gridColumn", [["col", ["gridColumn"]]]),
          gridColumnStart: P(
            "gridColumnStart",
            [["col-start", ["gridColumnStart"]]],
            { supportsNegativeValues: !0 },
          ),
          gridColumnEnd: P("gridColumnEnd", [["col-end", ["gridColumnEnd"]]], {
            supportsNegativeValues: !0,
          }),
          gridRow: P("gridRow", [["row", ["gridRow"]]]),
          gridRowStart: P("gridRowStart", [["row-start", ["gridRowStart"]]], {
            supportsNegativeValues: !0,
          }),
          gridRowEnd: P("gridRowEnd", [["row-end", ["gridRowEnd"]]], {
            supportsNegativeValues: !0,
          }),
          float: ({ addUtilities: i }) => {
            i({
              ".float-start": { float: "inline-start" },
              ".float-end": { float: "inline-end" },
              ".float-right": { float: "right" },
              ".float-left": { float: "left" },
              ".float-none": { float: "none" },
            })
          },
          clear: ({ addUtilities: i }) => {
            i({
              ".clear-start": { clear: "inline-start" },
              ".clear-end": { clear: "inline-end" },
              ".clear-left": { clear: "left" },
              ".clear-right": { clear: "right" },
              ".clear-both": { clear: "both" },
              ".clear-none": { clear: "none" },
            })
          },
          margin: P(
            "margin",
            [
              ["m", ["margin"]],
              [
                ["mx", ["margin-left", "margin-right"]],
                ["my", ["margin-top", "margin-bottom"]],
              ],
              [
                ["ms", ["margin-inline-start"]],
                ["me", ["margin-inline-end"]],
                ["mt", ["margin-top"]],
                ["mr", ["margin-right"]],
                ["mb", ["margin-bottom"]],
                ["ml", ["margin-left"]],
              ],
            ],
            { supportsNegativeValues: !0 },
          ),
          boxSizing: ({ addUtilities: i }) => {
            i({
              ".box-border": { "box-sizing": "border-box" },
              ".box-content": { "box-sizing": "content-box" },
            })
          },
          lineClamp: ({ matchUtilities: i, addUtilities: e, theme: t }) => {
            i(
              {
                "line-clamp": r => ({
                  overflow: "hidden",
                  display: "-webkit-box",
                  "-webkit-box-orient": "vertical",
                  "-webkit-line-clamp": `${r}`,
                }),
              },
              { values: t("lineClamp") },
            ),
              e({
                ".line-clamp-none": {
                  overflow: "visible",
                  display: "block",
                  "-webkit-box-orient": "horizontal",
                  "-webkit-line-clamp": "none",
                },
              })
          },
          display: ({ addUtilities: i }) => {
            i({
              ".block": { display: "block" },
              ".inline-block": { display: "inline-block" },
              ".inline": { display: "inline" },
              ".flex": { display: "flex" },
              ".inline-flex": { display: "inline-flex" },
              ".table": { display: "table" },
              ".inline-table": { display: "inline-table" },
              ".table-caption": { display: "table-caption" },
              ".table-cell": { display: "table-cell" },
              ".table-column": { display: "table-column" },
              ".table-column-group": { display: "table-column-group" },
              ".table-footer-group": { display: "table-footer-group" },
              ".table-header-group": { display: "table-header-group" },
              ".table-row-group": { display: "table-row-group" },
              ".table-row": { display: "table-row" },
              ".flow-root": { display: "flow-root" },
              ".grid": { display: "grid" },
              ".inline-grid": { display: "inline-grid" },
              ".contents": { display: "contents" },
              ".list-item": { display: "list-item" },
              ".hidden": { display: "none" },
            })
          },
          aspectRatio: P("aspectRatio", [["aspect", ["aspect-ratio"]]]),
          size: P("size", [["size", ["width", "height"]]]),
          height: P("height", [["h", ["height"]]]),
          maxHeight: P("maxHeight", [["max-h", ["maxHeight"]]]),
          minHeight: P("minHeight", [["min-h", ["minHeight"]]]),
          width: P("width", [["w", ["width"]]]),
          minWidth: P("minWidth", [["min-w", ["minWidth"]]]),
          maxWidth: P("maxWidth", [["max-w", ["maxWidth"]]]),
          flex: P("flex"),
          flexShrink: P("flexShrink", [
            ["flex-shrink", ["flex-shrink"]],
            ["shrink", ["flex-shrink"]],
          ]),
          flexGrow: P("flexGrow", [
            ["flex-grow", ["flex-grow"]],
            ["grow", ["flex-grow"]],
          ]),
          flexBasis: P("flexBasis", [["basis", ["flex-basis"]]]),
          tableLayout: ({ addUtilities: i }) => {
            i({
              ".table-auto": { "table-layout": "auto" },
              ".table-fixed": { "table-layout": "fixed" },
            })
          },
          captionSide: ({ addUtilities: i }) => {
            i({
              ".caption-top": { "caption-side": "top" },
              ".caption-bottom": { "caption-side": "bottom" },
            })
          },
          borderCollapse: ({ addUtilities: i }) => {
            i({
              ".border-collapse": { "border-collapse": "collapse" },
              ".border-separate": { "border-collapse": "separate" },
            })
          },
          borderSpacing: ({ addDefaults: i, matchUtilities: e, theme: t }) => {
            i("border-spacing", {
              "--tw-border-spacing-x": 0,
              "--tw-border-spacing-y": 0,
            }),
              e(
                {
                  "border-spacing": r => ({
                    "--tw-border-spacing-x": r,
                    "--tw-border-spacing-y": r,
                    "@defaults border-spacing": {},
                    "border-spacing":
                      "var(--tw-border-spacing-x) var(--tw-border-spacing-y)",
                  }),
                  "border-spacing-x": r => ({
                    "--tw-border-spacing-x": r,
                    "@defaults border-spacing": {},
                    "border-spacing":
                      "var(--tw-border-spacing-x) var(--tw-border-spacing-y)",
                  }),
                  "border-spacing-y": r => ({
                    "--tw-border-spacing-y": r,
                    "@defaults border-spacing": {},
                    "border-spacing":
                      "var(--tw-border-spacing-x) var(--tw-border-spacing-y)",
                  }),
                },
                { values: t("borderSpacing") },
              )
          },
          transformOrigin: P("transformOrigin", [
            ["origin", ["transformOrigin"]],
          ]),
          translate: P(
            "translate",
            [
              [
                [
                  "translate-x",
                  [
                    ["@defaults transform", {}],
                    "--tw-translate-x",
                    ["transform", Pe],
                  ],
                ],
                [
                  "translate-y",
                  [
                    ["@defaults transform", {}],
                    "--tw-translate-y",
                    ["transform", Pe],
                  ],
                ],
              ],
            ],
            { supportsNegativeValues: !0 },
          ),
          rotate: P(
            "rotate",
            [
              [
                "rotate",
                [["@defaults transform", {}], "--tw-rotate", ["transform", Pe]],
              ],
            ],
            { supportsNegativeValues: !0 },
          ),
          skew: P(
            "skew",
            [
              [
                [
                  "skew-x",
                  [
                    ["@defaults transform", {}],
                    "--tw-skew-x",
                    ["transform", Pe],
                  ],
                ],
                [
                  "skew-y",
                  [
                    ["@defaults transform", {}],
                    "--tw-skew-y",
                    ["transform", Pe],
                  ],
                ],
              ],
            ],
            { supportsNegativeValues: !0 },
          ),
          scale: P(
            "scale",
            [
              [
                "scale",
                [
                  ["@defaults transform", {}],
                  "--tw-scale-x",
                  "--tw-scale-y",
                  ["transform", Pe],
                ],
              ],
              [
                [
                  "scale-x",
                  [
                    ["@defaults transform", {}],
                    "--tw-scale-x",
                    ["transform", Pe],
                  ],
                ],
                [
                  "scale-y",
                  [
                    ["@defaults transform", {}],
                    "--tw-scale-y",
                    ["transform", Pe],
                  ],
                ],
              ],
            ],
            { supportsNegativeValues: !0 },
          ),
          transform: ({ addDefaults: i, addUtilities: e }) => {
            i("transform", {
              "--tw-translate-x": "0",
              "--tw-translate-y": "0",
              "--tw-rotate": "0",
              "--tw-skew-x": "0",
              "--tw-skew-y": "0",
              "--tw-scale-x": "1",
              "--tw-scale-y": "1",
            }),
              e({
                ".transform": { "@defaults transform": {}, transform: Pe },
                ".transform-cpu": { transform: Pe },
                ".transform-gpu": {
                  transform: Pe.replace(
                    "translate(var(--tw-translate-x), var(--tw-translate-y))",
                    "translate3d(var(--tw-translate-x), var(--tw-translate-y), 0)",
                  ),
                },
                ".transform-none": { transform: "none" },
              })
          },
          animation: ({ matchUtilities: i, theme: e, config: t }) => {
            let r = a => pe(t("prefix") + a),
              n = Object.fromEntries(
                Object.entries(e("keyframes") ?? {}).map(([a, s]) => [
                  a,
                  { [`@keyframes ${r(a)}`]: s },
                ]),
              )
            i(
              {
                animate: a => {
                  let s = Wa(a)
                  return [
                    ...s.flatMap(o => n[o.name]),
                    {
                      animation: s
                        .map(({ name: o, value: u }) =>
                          o === void 0 || n[o] === void 0
                            ? u
                            : u.replace(o, r(o)),
                        )
                        .join(", "),
                    },
                  ]
                },
              },
              { values: e("animation") },
            )
          },
          cursor: P("cursor"),
          touchAction: ({ addDefaults: i, addUtilities: e }) => {
            i("touch-action", {
              "--tw-pan-x": " ",
              "--tw-pan-y": " ",
              "--tw-pinch-zoom": " ",
            })
            let t = "var(--tw-pan-x) var(--tw-pan-y) var(--tw-pinch-zoom)"
            e({
              ".touch-auto": { "touch-action": "auto" },
              ".touch-none": { "touch-action": "none" },
              ".touch-pan-x": {
                "@defaults touch-action": {},
                "--tw-pan-x": "pan-x",
                "touch-action": t,
              },
              ".touch-pan-left": {
                "@defaults touch-action": {},
                "--tw-pan-x": "pan-left",
                "touch-action": t,
              },
              ".touch-pan-right": {
                "@defaults touch-action": {},
                "--tw-pan-x": "pan-right",
                "touch-action": t,
              },
              ".touch-pan-y": {
                "@defaults touch-action": {},
                "--tw-pan-y": "pan-y",
                "touch-action": t,
              },
              ".touch-pan-up": {
                "@defaults touch-action": {},
                "--tw-pan-y": "pan-up",
                "touch-action": t,
              },
              ".touch-pan-down": {
                "@defaults touch-action": {},
                "--tw-pan-y": "pan-down",
                "touch-action": t,
              },
              ".touch-pinch-zoom": {
                "@defaults touch-action": {},
                "--tw-pinch-zoom": "pinch-zoom",
                "touch-action": t,
              },
              ".touch-manipulation": { "touch-action": "manipulation" },
            })
          },
          userSelect: ({ addUtilities: i }) => {
            i({
              ".select-none": { "user-select": "none" },
              ".select-text": { "user-select": "text" },
              ".select-all": { "user-select": "all" },
              ".select-auto": { "user-select": "auto" },
            })
          },
          resize: ({ addUtilities: i }) => {
            i({
              ".resize-none": { resize: "none" },
              ".resize-y": { resize: "vertical" },
              ".resize-x": { resize: "horizontal" },
              ".resize": { resize: "both" },
            })
          },
          scrollSnapType: ({ addDefaults: i, addUtilities: e }) => {
            i("scroll-snap-type", {
              "--tw-scroll-snap-strictness": "proximity",
            }),
              e({
                ".snap-none": { "scroll-snap-type": "none" },
                ".snap-x": {
                  "@defaults scroll-snap-type": {},
                  "scroll-snap-type": "x var(--tw-scroll-snap-strictness)",
                },
                ".snap-y": {
                  "@defaults scroll-snap-type": {},
                  "scroll-snap-type": "y var(--tw-scroll-snap-strictness)",
                },
                ".snap-both": {
                  "@defaults scroll-snap-type": {},
                  "scroll-snap-type": "both var(--tw-scroll-snap-strictness)",
                },
                ".snap-mandatory": {
                  "--tw-scroll-snap-strictness": "mandatory",
                },
                ".snap-proximity": {
                  "--tw-scroll-snap-strictness": "proximity",
                },
              })
          },
          scrollSnapAlign: ({ addUtilities: i }) => {
            i({
              ".snap-start": { "scroll-snap-align": "start" },
              ".snap-end": { "scroll-snap-align": "end" },
              ".snap-center": { "scroll-snap-align": "center" },
              ".snap-align-none": { "scroll-snap-align": "none" },
            })
          },
          scrollSnapStop: ({ addUtilities: i }) => {
            i({
              ".snap-normal": { "scroll-snap-stop": "normal" },
              ".snap-always": { "scroll-snap-stop": "always" },
            })
          },
          scrollMargin: P(
            "scrollMargin",
            [
              ["scroll-m", ["scroll-margin"]],
              [
                ["scroll-mx", ["scroll-margin-left", "scroll-margin-right"]],
                ["scroll-my", ["scroll-margin-top", "scroll-margin-bottom"]],
              ],
              [
                ["scroll-ms", ["scroll-margin-inline-start"]],
                ["scroll-me", ["scroll-margin-inline-end"]],
                ["scroll-mt", ["scroll-margin-top"]],
                ["scroll-mr", ["scroll-margin-right"]],
                ["scroll-mb", ["scroll-margin-bottom"]],
                ["scroll-ml", ["scroll-margin-left"]],
              ],
            ],
            { supportsNegativeValues: !0 },
          ),
          scrollPadding: P("scrollPadding", [
            ["scroll-p", ["scroll-padding"]],
            [
              ["scroll-px", ["scroll-padding-left", "scroll-padding-right"]],
              ["scroll-py", ["scroll-padding-top", "scroll-padding-bottom"]],
            ],
            [
              ["scroll-ps", ["scroll-padding-inline-start"]],
              ["scroll-pe", ["scroll-padding-inline-end"]],
              ["scroll-pt", ["scroll-padding-top"]],
              ["scroll-pr", ["scroll-padding-right"]],
              ["scroll-pb", ["scroll-padding-bottom"]],
              ["scroll-pl", ["scroll-padding-left"]],
            ],
          ]),
          listStylePosition: ({ addUtilities: i }) => {
            i({
              ".list-inside": { "list-style-position": "inside" },
              ".list-outside": { "list-style-position": "outside" },
            })
          },
          listStyleType: P("listStyleType", [["list", ["listStyleType"]]]),
          listStyleImage: P("listStyleImage", [
            ["list-image", ["listStyleImage"]],
          ]),
          appearance: ({ addUtilities: i }) => {
            i({
              ".appearance-none": { appearance: "none" },
              ".appearance-auto": { appearance: "auto" },
            })
          },
          columns: P("columns", [["columns", ["columns"]]]),
          breakBefore: ({ addUtilities: i }) => {
            i({
              ".break-before-auto": { "break-before": "auto" },
              ".break-before-avoid": { "break-before": "avoid" },
              ".break-before-all": { "break-before": "all" },
              ".break-before-avoid-page": { "break-before": "avoid-page" },
              ".break-before-page": { "break-before": "page" },
              ".break-before-left": { "break-before": "left" },
              ".break-before-right": { "break-before": "right" },
              ".break-before-column": { "break-before": "column" },
            })
          },
          breakInside: ({ addUtilities: i }) => {
            i({
              ".break-inside-auto": { "break-inside": "auto" },
              ".break-inside-avoid": { "break-inside": "avoid" },
              ".break-inside-avoid-page": { "break-inside": "avoid-page" },
              ".break-inside-avoid-column": { "break-inside": "avoid-column" },
            })
          },
          breakAfter: ({ addUtilities: i }) => {
            i({
              ".break-after-auto": { "break-after": "auto" },
              ".break-after-avoid": { "break-after": "avoid" },
              ".break-after-all": { "break-after": "all" },
              ".break-after-avoid-page": { "break-after": "avoid-page" },
              ".break-after-page": { "break-after": "page" },
              ".break-after-left": { "break-after": "left" },
              ".break-after-right": { "break-after": "right" },
              ".break-after-column": { "break-after": "column" },
            })
          },
          gridAutoColumns: P("gridAutoColumns", [
            ["auto-cols", ["gridAutoColumns"]],
          ]),
          gridAutoFlow: ({ addUtilities: i }) => {
            i({
              ".grid-flow-row": { gridAutoFlow: "row" },
              ".grid-flow-col": { gridAutoFlow: "column" },
              ".grid-flow-dense": { gridAutoFlow: "dense" },
              ".grid-flow-row-dense": { gridAutoFlow: "row dense" },
              ".grid-flow-col-dense": { gridAutoFlow: "column dense" },
            })
          },
          gridAutoRows: P("gridAutoRows", [["auto-rows", ["gridAutoRows"]]]),
          gridTemplateColumns: P("gridTemplateColumns", [
            ["grid-cols", ["gridTemplateColumns"]],
          ]),
          gridTemplateRows: P("gridTemplateRows", [
            ["grid-rows", ["gridTemplateRows"]],
          ]),
          flexDirection: ({ addUtilities: i }) => {
            i({
              ".flex-row": { "flex-direction": "row" },
              ".flex-row-reverse": { "flex-direction": "row-reverse" },
              ".flex-col": { "flex-direction": "column" },
              ".flex-col-reverse": { "flex-direction": "column-reverse" },
            })
          },
          flexWrap: ({ addUtilities: i }) => {
            i({
              ".flex-wrap": { "flex-wrap": "wrap" },
              ".flex-wrap-reverse": { "flex-wrap": "wrap-reverse" },
              ".flex-nowrap": { "flex-wrap": "nowrap" },
            })
          },
          placeContent: ({ addUtilities: i }) => {
            i({
              ".place-content-center": { "place-content": "center" },
              ".place-content-start": { "place-content": "start" },
              ".place-content-end": { "place-content": "end" },
              ".place-content-between": { "place-content": "space-between" },
              ".place-content-around": { "place-content": "space-around" },
              ".place-content-evenly": { "place-content": "space-evenly" },
              ".place-content-baseline": { "place-content": "baseline" },
              ".place-content-stretch": { "place-content": "stretch" },
            })
          },
          placeItems: ({ addUtilities: i }) => {
            i({
              ".place-items-start": { "place-items": "start" },
              ".place-items-end": { "place-items": "end" },
              ".place-items-center": { "place-items": "center" },
              ".place-items-baseline": { "place-items": "baseline" },
              ".place-items-stretch": { "place-items": "stretch" },
            })
          },
          alignContent: ({ addUtilities: i }) => {
            i({
              ".content-normal": { "align-content": "normal" },
              ".content-center": { "align-content": "center" },
              ".content-start": { "align-content": "flex-start" },
              ".content-end": { "align-content": "flex-end" },
              ".content-between": { "align-content": "space-between" },
              ".content-around": { "align-content": "space-around" },
              ".content-evenly": { "align-content": "space-evenly" },
              ".content-baseline": { "align-content": "baseline" },
              ".content-stretch": { "align-content": "stretch" },
            })
          },
          alignItems: ({ addUtilities: i }) => {
            i({
              ".items-start": { "align-items": "flex-start" },
              ".items-end": { "align-items": "flex-end" },
              ".items-center": { "align-items": "center" },
              ".items-baseline": { "align-items": "baseline" },
              ".items-stretch": { "align-items": "stretch" },
            })
          },
          justifyContent: ({ addUtilities: i }) => {
            i({
              ".justify-normal": { "justify-content": "normal" },
              ".justify-start": { "justify-content": "flex-start" },
              ".justify-end": { "justify-content": "flex-end" },
              ".justify-center": { "justify-content": "center" },
              ".justify-between": { "justify-content": "space-between" },
              ".justify-around": { "justify-content": "space-around" },
              ".justify-evenly": { "justify-content": "space-evenly" },
              ".justify-stretch": { "justify-content": "stretch" },
            })
          },
          justifyItems: ({ addUtilities: i }) => {
            i({
              ".justify-items-start": { "justify-items": "start" },
              ".justify-items-end": { "justify-items": "end" },
              ".justify-items-center": { "justify-items": "center" },
              ".justify-items-stretch": { "justify-items": "stretch" },
            })
          },
          gap: P("gap", [
            ["gap", ["gap"]],
            [
              ["gap-x", ["columnGap"]],
              ["gap-y", ["rowGap"]],
            ],
          ]),
          space: ({ matchUtilities: i, addUtilities: e, theme: t }) => {
            i(
              {
                "space-x": r => (
                  (r = r === "0" ? "0px" : r),
                  {
                    "& > :not([hidden]) ~ :not([hidden])": {
                      "--tw-space-x-reverse": "0",
                      "margin-right": `calc(${r} * var(--tw-space-x-reverse))`,
                      "margin-left": `calc(${r} * calc(1 - var(--tw-space-x-reverse)))`,
                    },
                  }
                ),
                "space-y": r => (
                  (r = r === "0" ? "0px" : r),
                  {
                    "& > :not([hidden]) ~ :not([hidden])": {
                      "--tw-space-y-reverse": "0",
                      "margin-top": `calc(${r} * calc(1 - var(--tw-space-y-reverse)))`,
                      "margin-bottom": `calc(${r} * var(--tw-space-y-reverse))`,
                    },
                  }
                ),
              },
              { values: t("space"), supportsNegativeValues: !0 },
            ),
              e({
                ".space-y-reverse > :not([hidden]) ~ :not([hidden])": {
                  "--tw-space-y-reverse": "1",
                },
                ".space-x-reverse > :not([hidden]) ~ :not([hidden])": {
                  "--tw-space-x-reverse": "1",
                },
              })
          },
          divideWidth: ({ matchUtilities: i, addUtilities: e, theme: t }) => {
            i(
              {
                "divide-x": r => (
                  (r = r === "0" ? "0px" : r),
                  {
                    "& > :not([hidden]) ~ :not([hidden])": {
                      "@defaults border-width": {},
                      "--tw-divide-x-reverse": "0",
                      "border-right-width": `calc(${r} * var(--tw-divide-x-reverse))`,
                      "border-left-width": `calc(${r} * calc(1 - var(--tw-divide-x-reverse)))`,
                    },
                  }
                ),
                "divide-y": r => (
                  (r = r === "0" ? "0px" : r),
                  {
                    "& > :not([hidden]) ~ :not([hidden])": {
                      "@defaults border-width": {},
                      "--tw-divide-y-reverse": "0",
                      "border-top-width": `calc(${r} * calc(1 - var(--tw-divide-y-reverse)))`,
                      "border-bottom-width": `calc(${r} * var(--tw-divide-y-reverse))`,
                    },
                  }
                ),
              },
              {
                values: t("divideWidth"),
                type: ["line-width", "length", "any"],
              },
            ),
              e({
                ".divide-y-reverse > :not([hidden]) ~ :not([hidden])": {
                  "@defaults border-width": {},
                  "--tw-divide-y-reverse": "1",
                },
                ".divide-x-reverse > :not([hidden]) ~ :not([hidden])": {
                  "@defaults border-width": {},
                  "--tw-divide-x-reverse": "1",
                },
              })
          },
          divideStyle: ({ addUtilities: i }) => {
            i({
              ".divide-solid > :not([hidden]) ~ :not([hidden])": {
                "border-style": "solid",
              },
              ".divide-dashed > :not([hidden]) ~ :not([hidden])": {
                "border-style": "dashed",
              },
              ".divide-dotted > :not([hidden]) ~ :not([hidden])": {
                "border-style": "dotted",
              },
              ".divide-double > :not([hidden]) ~ :not([hidden])": {
                "border-style": "double",
              },
              ".divide-none > :not([hidden]) ~ :not([hidden])": {
                "border-style": "none",
              },
            })
          },
          divideColor: ({ matchUtilities: i, theme: e, corePlugins: t }) => {
            i(
              {
                divide: r =>
                  t("divideOpacity")
                    ? {
                        ["& > :not([hidden]) ~ :not([hidden])"]: oe({
                          color: r,
                          property: "border-color",
                          variable: "--tw-divide-opacity",
                        }),
                      }
                    : {
                        ["& > :not([hidden]) ~ :not([hidden])"]: {
                          "border-color": L(r),
                        },
                      },
              },
              {
                values: (({ DEFAULT: r, ...n }) => n)(ne(e("divideColor"))),
                type: ["color", "any"],
              },
            )
          },
          divideOpacity: ({ matchUtilities: i, theme: e }) => {
            i(
              {
                "divide-opacity": t => ({
                  ["& > :not([hidden]) ~ :not([hidden])"]: {
                    "--tw-divide-opacity": t,
                  },
                }),
              },
              { values: e("divideOpacity") },
            )
          },
          placeSelf: ({ addUtilities: i }) => {
            i({
              ".place-self-auto": { "place-self": "auto" },
              ".place-self-start": { "place-self": "start" },
              ".place-self-end": { "place-self": "end" },
              ".place-self-center": { "place-self": "center" },
              ".place-self-stretch": { "place-self": "stretch" },
            })
          },
          alignSelf: ({ addUtilities: i }) => {
            i({
              ".self-auto": { "align-self": "auto" },
              ".self-start": { "align-self": "flex-start" },
              ".self-end": { "align-self": "flex-end" },
              ".self-center": { "align-self": "center" },
              ".self-stretch": { "align-self": "stretch" },
              ".self-baseline": { "align-self": "baseline" },
            })
          },
          justifySelf: ({ addUtilities: i }) => {
            i({
              ".justify-self-auto": { "justify-self": "auto" },
              ".justify-self-start": { "justify-self": "start" },
              ".justify-self-end": { "justify-self": "end" },
              ".justify-self-center": { "justify-self": "center" },
              ".justify-self-stretch": { "justify-self": "stretch" },
            })
          },
          overflow: ({ addUtilities: i }) => {
            i({
              ".overflow-auto": { overflow: "auto" },
              ".overflow-hidden": { overflow: "hidden" },
              ".overflow-clip": { overflow: "clip" },
              ".overflow-visible": { overflow: "visible" },
              ".overflow-scroll": { overflow: "scroll" },
              ".overflow-x-auto": { "overflow-x": "auto" },
              ".overflow-y-auto": { "overflow-y": "auto" },
              ".overflow-x-hidden": { "overflow-x": "hidden" },
              ".overflow-y-hidden": { "overflow-y": "hidden" },
              ".overflow-x-clip": { "overflow-x": "clip" },
              ".overflow-y-clip": { "overflow-y": "clip" },
              ".overflow-x-visible": { "overflow-x": "visible" },
              ".overflow-y-visible": { "overflow-y": "visible" },
              ".overflow-x-scroll": { "overflow-x": "scroll" },
              ".overflow-y-scroll": { "overflow-y": "scroll" },
            })
          },
          overscrollBehavior: ({ addUtilities: i }) => {
            i({
              ".overscroll-auto": { "overscroll-behavior": "auto" },
              ".overscroll-contain": { "overscroll-behavior": "contain" },
              ".overscroll-none": { "overscroll-behavior": "none" },
              ".overscroll-y-auto": { "overscroll-behavior-y": "auto" },
              ".overscroll-y-contain": { "overscroll-behavior-y": "contain" },
              ".overscroll-y-none": { "overscroll-behavior-y": "none" },
              ".overscroll-x-auto": { "overscroll-behavior-x": "auto" },
              ".overscroll-x-contain": { "overscroll-behavior-x": "contain" },
              ".overscroll-x-none": { "overscroll-behavior-x": "none" },
            })
          },
          scrollBehavior: ({ addUtilities: i }) => {
            i({
              ".scroll-auto": { "scroll-behavior": "auto" },
              ".scroll-smooth": { "scroll-behavior": "smooth" },
            })
          },
          textOverflow: ({ addUtilities: i }) => {
            i({
              ".truncate": {
                overflow: "hidden",
                "text-overflow": "ellipsis",
                "white-space": "nowrap",
              },
              ".overflow-ellipsis": { "text-overflow": "ellipsis" },
              ".text-ellipsis": { "text-overflow": "ellipsis" },
              ".text-clip": { "text-overflow": "clip" },
            })
          },
          hyphens: ({ addUtilities: i }) => {
            i({
              ".hyphens-none": { hyphens: "none" },
              ".hyphens-manual": { hyphens: "manual" },
              ".hyphens-auto": { hyphens: "auto" },
            })
          },
          whitespace: ({ addUtilities: i }) => {
            i({
              ".whitespace-normal": { "white-space": "normal" },
              ".whitespace-nowrap": { "white-space": "nowrap" },
              ".whitespace-pre": { "white-space": "pre" },
              ".whitespace-pre-line": { "white-space": "pre-line" },
              ".whitespace-pre-wrap": { "white-space": "pre-wrap" },
              ".whitespace-break-spaces": { "white-space": "break-spaces" },
            })
          },
          textWrap: ({ addUtilities: i }) => {
            i({
              ".text-wrap": { "text-wrap": "wrap" },
              ".text-nowrap": { "text-wrap": "nowrap" },
              ".text-balance": { "text-wrap": "balance" },
              ".text-pretty": { "text-wrap": "pretty" },
            })
          },
          wordBreak: ({ addUtilities: i }) => {
            i({
              ".break-normal": {
                "overflow-wrap": "normal",
                "word-break": "normal",
              },
              ".break-words": { "overflow-wrap": "break-word" },
              ".break-all": { "word-break": "break-all" },
              ".break-keep": { "word-break": "keep-all" },
            })
          },
          borderRadius: P("borderRadius", [
            ["rounded", ["border-radius"]],
            [
              [
                "rounded-s",
                ["border-start-start-radius", "border-end-start-radius"],
              ],
              [
                "rounded-e",
                ["border-start-end-radius", "border-end-end-radius"],
              ],
              [
                "rounded-t",
                ["border-top-left-radius", "border-top-right-radius"],
              ],
              [
                "rounded-r",
                ["border-top-right-radius", "border-bottom-right-radius"],
              ],
              [
                "rounded-b",
                ["border-bottom-right-radius", "border-bottom-left-radius"],
              ],
              [
                "rounded-l",
                ["border-top-left-radius", "border-bottom-left-radius"],
              ],
            ],
            [
              ["rounded-ss", ["border-start-start-radius"]],
              ["rounded-se", ["border-start-end-radius"]],
              ["rounded-ee", ["border-end-end-radius"]],
              ["rounded-es", ["border-end-start-radius"]],
              ["rounded-tl", ["border-top-left-radius"]],
              ["rounded-tr", ["border-top-right-radius"]],
              ["rounded-br", ["border-bottom-right-radius"]],
              ["rounded-bl", ["border-bottom-left-radius"]],
            ],
          ]),
          borderWidth: P(
            "borderWidth",
            [
              ["border", [["@defaults border-width", {}], "border-width"]],
              [
                [
                  "border-x",
                  [
                    ["@defaults border-width", {}],
                    "border-left-width",
                    "border-right-width",
                  ],
                ],
                [
                  "border-y",
                  [
                    ["@defaults border-width", {}],
                    "border-top-width",
                    "border-bottom-width",
                  ],
                ],
              ],
              [
                [
                  "border-s",
                  [["@defaults border-width", {}], "border-inline-start-width"],
                ],
                [
                  "border-e",
                  [["@defaults border-width", {}], "border-inline-end-width"],
                ],
                [
                  "border-t",
                  [["@defaults border-width", {}], "border-top-width"],
                ],
                [
                  "border-r",
                  [["@defaults border-width", {}], "border-right-width"],
                ],
                [
                  "border-b",
                  [["@defaults border-width", {}], "border-bottom-width"],
                ],
                [
                  "border-l",
                  [["@defaults border-width", {}], "border-left-width"],
                ],
              ],
            ],
            { type: ["line-width", "length"] },
          ),
          borderStyle: ({ addUtilities: i }) => {
            i({
              ".border-solid": { "border-style": "solid" },
              ".border-dashed": { "border-style": "dashed" },
              ".border-dotted": { "border-style": "dotted" },
              ".border-double": { "border-style": "double" },
              ".border-hidden": { "border-style": "hidden" },
              ".border-none": { "border-style": "none" },
            })
          },
          borderColor: ({ matchUtilities: i, theme: e, corePlugins: t }) => {
            i(
              {
                border: r =>
                  t("borderOpacity")
                    ? oe({
                        color: r,
                        property: "border-color",
                        variable: "--tw-border-opacity",
                      })
                    : { "border-color": L(r) },
              },
              {
                values: (({ DEFAULT: r, ...n }) => n)(ne(e("borderColor"))),
                type: ["color", "any"],
              },
            ),
              i(
                {
                  "border-x": r =>
                    t("borderOpacity")
                      ? oe({
                          color: r,
                          property: ["border-left-color", "border-right-color"],
                          variable: "--tw-border-opacity",
                        })
                      : {
                          "border-left-color": L(r),
                          "border-right-color": L(r),
                        },
                  "border-y": r =>
                    t("borderOpacity")
                      ? oe({
                          color: r,
                          property: ["border-top-color", "border-bottom-color"],
                          variable: "--tw-border-opacity",
                        })
                      : {
                          "border-top-color": L(r),
                          "border-bottom-color": L(r),
                        },
                },
                {
                  values: (({ DEFAULT: r, ...n }) => n)(ne(e("borderColor"))),
                  type: ["color", "any"],
                },
              ),
              i(
                {
                  "border-s": r =>
                    t("borderOpacity")
                      ? oe({
                          color: r,
                          property: "border-inline-start-color",
                          variable: "--tw-border-opacity",
                        })
                      : { "border-inline-start-color": L(r) },
                  "border-e": r =>
                    t("borderOpacity")
                      ? oe({
                          color: r,
                          property: "border-inline-end-color",
                          variable: "--tw-border-opacity",
                        })
                      : { "border-inline-end-color": L(r) },
                  "border-t": r =>
                    t("borderOpacity")
                      ? oe({
                          color: r,
                          property: "border-top-color",
                          variable: "--tw-border-opacity",
                        })
                      : { "border-top-color": L(r) },
                  "border-r": r =>
                    t("borderOpacity")
                      ? oe({
                          color: r,
                          property: "border-right-color",
                          variable: "--tw-border-opacity",
                        })
                      : { "border-right-color": L(r) },
                  "border-b": r =>
                    t("borderOpacity")
                      ? oe({
                          color: r,
                          property: "border-bottom-color",
                          variable: "--tw-border-opacity",
                        })
                      : { "border-bottom-color": L(r) },
                  "border-l": r =>
                    t("borderOpacity")
                      ? oe({
                          color: r,
                          property: "border-left-color",
                          variable: "--tw-border-opacity",
                        })
                      : { "border-left-color": L(r) },
                },
                {
                  values: (({ DEFAULT: r, ...n }) => n)(ne(e("borderColor"))),
                  type: ["color", "any"],
                },
              )
          },
          borderOpacity: P("borderOpacity", [
            ["border-opacity", ["--tw-border-opacity"]],
          ]),
          backgroundColor: ({
            matchUtilities: i,
            theme: e,
            corePlugins: t,
          }) => {
            i(
              {
                bg: r =>
                  t("backgroundOpacity")
                    ? oe({
                        color: r,
                        property: "background-color",
                        variable: "--tw-bg-opacity",
                      })
                    : { "background-color": L(r) },
              },
              { values: ne(e("backgroundColor")), type: ["color", "any"] },
            )
          },
          backgroundOpacity: P("backgroundOpacity", [
            ["bg-opacity", ["--tw-bg-opacity"]],
          ]),
          backgroundImage: P(
            "backgroundImage",
            [["bg", ["background-image"]]],
            { type: ["lookup", "image", "url"] },
          ),
          gradientColorStops: (() => {
            function i(e) {
              return qe(e, 0, "rgb(255 255 255 / 0)")
            }
            return function ({ matchUtilities: e, theme: t, addDefaults: r }) {
              r("gradient-color-stops", {
                "--tw-gradient-from-position": " ",
                "--tw-gradient-via-position": " ",
                "--tw-gradient-to-position": " ",
              })
              let n = {
                  values: ne(t("gradientColorStops")),
                  type: ["color", "any"],
                },
                a = {
                  values: t("gradientColorStopPositions"),
                  type: ["length", "percentage"],
                }
              e(
                {
                  from: s => {
                    let o = i(s)
                    return {
                      "@defaults gradient-color-stops": {},
                      "--tw-gradient-from": `${L(
                        s,
                      )} var(--tw-gradient-from-position)`,
                      "--tw-gradient-to": `${o} var(--tw-gradient-to-position)`,
                      "--tw-gradient-stops":
                        "var(--tw-gradient-from), var(--tw-gradient-to)",
                    }
                  },
                },
                n,
              ),
                e({ from: s => ({ "--tw-gradient-from-position": s }) }, a),
                e(
                  {
                    via: s => {
                      let o = i(s)
                      return {
                        "@defaults gradient-color-stops": {},
                        "--tw-gradient-to": `${o}  var(--tw-gradient-to-position)`,
                        "--tw-gradient-stops": `var(--tw-gradient-from), ${L(
                          s,
                        )} var(--tw-gradient-via-position), var(--tw-gradient-to)`,
                      }
                    },
                  },
                  n,
                ),
                e({ via: s => ({ "--tw-gradient-via-position": s }) }, a),
                e(
                  {
                    to: s => ({
                      "@defaults gradient-color-stops": {},
                      "--tw-gradient-to": `${L(
                        s,
                      )} var(--tw-gradient-to-position)`,
                    }),
                  },
                  n,
                ),
                e({ to: s => ({ "--tw-gradient-to-position": s }) }, a)
            }
          })(),
          boxDecorationBreak: ({ addUtilities: i }) => {
            i({
              ".decoration-slice": { "box-decoration-break": "slice" },
              ".decoration-clone": { "box-decoration-break": "clone" },
              ".box-decoration-slice": { "box-decoration-break": "slice" },
              ".box-decoration-clone": { "box-decoration-break": "clone" },
            })
          },
          backgroundSize: P("backgroundSize", [["bg", ["background-size"]]], {
            type: ["lookup", "length", "percentage", "size"],
          }),
          backgroundAttachment: ({ addUtilities: i }) => {
            i({
              ".bg-fixed": { "background-attachment": "fixed" },
              ".bg-local": { "background-attachment": "local" },
              ".bg-scroll": { "background-attachment": "scroll" },
            })
          },
          backgroundClip: ({ addUtilities: i }) => {
            i({
              ".bg-clip-border": { "background-clip": "border-box" },
              ".bg-clip-padding": { "background-clip": "padding-box" },
              ".bg-clip-content": { "background-clip": "content-box" },
              ".bg-clip-text": { "background-clip": "text" },
            })
          },
          backgroundPosition: P(
            "backgroundPosition",
            [["bg", ["background-position"]]],
            { type: ["lookup", ["position", { preferOnConflict: !0 }]] },
          ),
          backgroundRepeat: ({ addUtilities: i }) => {
            i({
              ".bg-repeat": { "background-repeat": "repeat" },
              ".bg-no-repeat": { "background-repeat": "no-repeat" },
              ".bg-repeat-x": { "background-repeat": "repeat-x" },
              ".bg-repeat-y": { "background-repeat": "repeat-y" },
              ".bg-repeat-round": { "background-repeat": "round" },
              ".bg-repeat-space": { "background-repeat": "space" },
            })
          },
          backgroundOrigin: ({ addUtilities: i }) => {
            i({
              ".bg-origin-border": { "background-origin": "border-box" },
              ".bg-origin-padding": { "background-origin": "padding-box" },
              ".bg-origin-content": { "background-origin": "content-box" },
            })
          },
          fill: ({ matchUtilities: i, theme: e }) => {
            i(
              { fill: t => ({ fill: L(t) }) },
              { values: ne(e("fill")), type: ["color", "any"] },
            )
          },
          stroke: ({ matchUtilities: i, theme: e }) => {
            i(
              { stroke: t => ({ stroke: L(t) }) },
              { values: ne(e("stroke")), type: ["color", "url", "any"] },
            )
          },
          strokeWidth: P("strokeWidth", [["stroke", ["stroke-width"]]], {
            type: ["length", "number", "percentage"],
          }),
          objectFit: ({ addUtilities: i }) => {
            i({
              ".object-contain": { "object-fit": "contain" },
              ".object-cover": { "object-fit": "cover" },
              ".object-fill": { "object-fit": "fill" },
              ".object-none": { "object-fit": "none" },
              ".object-scale-down": { "object-fit": "scale-down" },
            })
          },
          objectPosition: P("objectPosition", [
            ["object", ["object-position"]],
          ]),
          padding: P("padding", [
            ["p", ["padding"]],
            [
              ["px", ["padding-left", "padding-right"]],
              ["py", ["padding-top", "padding-bottom"]],
            ],
            [
              ["ps", ["padding-inline-start"]],
              ["pe", ["padding-inline-end"]],
              ["pt", ["padding-top"]],
              ["pr", ["padding-right"]],
              ["pb", ["padding-bottom"]],
              ["pl", ["padding-left"]],
            ],
          ]),
          textAlign: ({ addUtilities: i }) => {
            i({
              ".text-left": { "text-align": "left" },
              ".text-center": { "text-align": "center" },
              ".text-right": { "text-align": "right" },
              ".text-justify": { "text-align": "justify" },
              ".text-start": { "text-align": "start" },
              ".text-end": { "text-align": "end" },
            })
          },
          textIndent: P("textIndent", [["indent", ["text-indent"]]], {
            supportsNegativeValues: !0,
          }),
          verticalAlign: ({ addUtilities: i, matchUtilities: e }) => {
            i({
              ".align-baseline": { "vertical-align": "baseline" },
              ".align-top": { "vertical-align": "top" },
              ".align-middle": { "vertical-align": "middle" },
              ".align-bottom": { "vertical-align": "bottom" },
              ".align-text-top": { "vertical-align": "text-top" },
              ".align-text-bottom": { "vertical-align": "text-bottom" },
              ".align-sub": { "vertical-align": "sub" },
              ".align-super": { "vertical-align": "super" },
            }),
              e({ align: t => ({ "vertical-align": t }) })
          },
          fontFamily: ({ matchUtilities: i, theme: e }) => {
            i(
              {
                font: t => {
                  let [r, n = {}] = Array.isArray(t) && se(t[1]) ? t : [t],
                    { fontFeatureSettings: a, fontVariationSettings: s } = n
                  return {
                    "font-family": Array.isArray(r) ? r.join(", ") : r,
                    ...(a === void 0 ? {} : { "font-feature-settings": a }),
                    ...(s === void 0 ? {} : { "font-variation-settings": s }),
                  }
                },
              },
              {
                values: e("fontFamily"),
                type: ["lookup", "generic-name", "family-name"],
              },
            )
          },
          fontSize: ({ matchUtilities: i, theme: e }) => {
            i(
              {
                text: (t, { modifier: r }) => {
                  let [n, a] = Array.isArray(t) ? t : [t]
                  if (r) return { "font-size": n, "line-height": r }
                  let {
                    lineHeight: s,
                    letterSpacing: o,
                    fontWeight: u,
                  } = se(a) ? a : { lineHeight: a }
                  return {
                    "font-size": n,
                    ...(s === void 0 ? {} : { "line-height": s }),
                    ...(o === void 0 ? {} : { "letter-spacing": o }),
                    ...(u === void 0 ? {} : { "font-weight": u }),
                  }
                },
              },
              {
                values: e("fontSize"),
                modifiers: e("lineHeight"),
                type: [
                  "absolute-size",
                  "relative-size",
                  "length",
                  "percentage",
                ],
              },
            )
          },
          fontWeight: P("fontWeight", [["font", ["fontWeight"]]], {
            type: ["lookup", "number", "any"],
          }),
          textTransform: ({ addUtilities: i }) => {
            i({
              ".uppercase": { "text-transform": "uppercase" },
              ".lowercase": { "text-transform": "lowercase" },
              ".capitalize": { "text-transform": "capitalize" },
              ".normal-case": { "text-transform": "none" },
            })
          },
          fontStyle: ({ addUtilities: i }) => {
            i({
              ".italic": { "font-style": "italic" },
              ".not-italic": { "font-style": "normal" },
            })
          },
          fontVariantNumeric: ({ addDefaults: i, addUtilities: e }) => {
            let t =
              "var(--tw-ordinal) var(--tw-slashed-zero) var(--tw-numeric-figure) var(--tw-numeric-spacing) var(--tw-numeric-fraction)"
            i("font-variant-numeric", {
              "--tw-ordinal": " ",
              "--tw-slashed-zero": " ",
              "--tw-numeric-figure": " ",
              "--tw-numeric-spacing": " ",
              "--tw-numeric-fraction": " ",
            }),
              e({
                ".normal-nums": { "font-variant-numeric": "normal" },
                ".ordinal": {
                  "@defaults font-variant-numeric": {},
                  "--tw-ordinal": "ordinal",
                  "font-variant-numeric": t,
                },
                ".slashed-zero": {
                  "@defaults font-variant-numeric": {},
                  "--tw-slashed-zero": "slashed-zero",
                  "font-variant-numeric": t,
                },
                ".lining-nums": {
                  "@defaults font-variant-numeric": {},
                  "--tw-numeric-figure": "lining-nums",
                  "font-variant-numeric": t,
                },
                ".oldstyle-nums": {
                  "@defaults font-variant-numeric": {},
                  "--tw-numeric-figure": "oldstyle-nums",
                  "font-variant-numeric": t,
                },
                ".proportional-nums": {
                  "@defaults font-variant-numeric": {},
                  "--tw-numeric-spacing": "proportional-nums",
                  "font-variant-numeric": t,
                },
                ".tabular-nums": {
                  "@defaults font-variant-numeric": {},
                  "--tw-numeric-spacing": "tabular-nums",
                  "font-variant-numeric": t,
                },
                ".diagonal-fractions": {
                  "@defaults font-variant-numeric": {},
                  "--tw-numeric-fraction": "diagonal-fractions",
                  "font-variant-numeric": t,
                },
                ".stacked-fractions": {
                  "@defaults font-variant-numeric": {},
                  "--tw-numeric-fraction": "stacked-fractions",
                  "font-variant-numeric": t,
                },
              })
          },
          lineHeight: P("lineHeight", [["leading", ["lineHeight"]]]),
          letterSpacing: P("letterSpacing", [["tracking", ["letterSpacing"]]], {
            supportsNegativeValues: !0,
          }),
          textColor: ({ matchUtilities: i, theme: e, corePlugins: t }) => {
            i(
              {
                text: r =>
                  t("textOpacity")
                    ? oe({
                        color: r,
                        property: "color",
                        variable: "--tw-text-opacity",
                      })
                    : { color: L(r) },
              },
              { values: ne(e("textColor")), type: ["color", "any"] },
            )
          },
          textOpacity: P("textOpacity", [
            ["text-opacity", ["--tw-text-opacity"]],
          ]),
          textDecoration: ({ addUtilities: i }) => {
            i({
              ".underline": { "text-decoration-line": "underline" },
              ".overline": { "text-decoration-line": "overline" },
              ".line-through": { "text-decoration-line": "line-through" },
              ".no-underline": { "text-decoration-line": "none" },
            })
          },
          textDecorationColor: ({ matchUtilities: i, theme: e }) => {
            i(
              { decoration: t => ({ "text-decoration-color": L(t) }) },
              { values: ne(e("textDecorationColor")), type: ["color", "any"] },
            )
          },
          textDecorationStyle: ({ addUtilities: i }) => {
            i({
              ".decoration-solid": { "text-decoration-style": "solid" },
              ".decoration-double": { "text-decoration-style": "double" },
              ".decoration-dotted": { "text-decoration-style": "dotted" },
              ".decoration-dashed": { "text-decoration-style": "dashed" },
              ".decoration-wavy": { "text-decoration-style": "wavy" },
            })
          },
          textDecorationThickness: P(
            "textDecorationThickness",
            [["decoration", ["text-decoration-thickness"]]],
            { type: ["length", "percentage"] },
          ),
          textUnderlineOffset: P(
            "textUnderlineOffset",
            [["underline-offset", ["text-underline-offset"]]],
            { type: ["length", "percentage", "any"] },
          ),
          fontSmoothing: ({ addUtilities: i }) => {
            i({
              ".antialiased": {
                "-webkit-font-smoothing": "antialiased",
                "-moz-osx-font-smoothing": "grayscale",
              },
              ".subpixel-antialiased": {
                "-webkit-font-smoothing": "auto",
                "-moz-osx-font-smoothing": "auto",
              },
            })
          },
          placeholderColor: ({
            matchUtilities: i,
            theme: e,
            corePlugins: t,
          }) => {
            i(
              {
                placeholder: r =>
                  t("placeholderOpacity")
                    ? {
                        "&::placeholder": oe({
                          color: r,
                          property: "color",
                          variable: "--tw-placeholder-opacity",
                        }),
                      }
                    : { "&::placeholder": { color: L(r) } },
              },
              { values: ne(e("placeholderColor")), type: ["color", "any"] },
            )
          },
          placeholderOpacity: ({ matchUtilities: i, theme: e }) => {
            i(
              {
                "placeholder-opacity": t => ({
                  ["&::placeholder"]: { "--tw-placeholder-opacity": t },
                }),
              },
              { values: e("placeholderOpacity") },
            )
          },
          caretColor: ({ matchUtilities: i, theme: e }) => {
            i(
              { caret: t => ({ "caret-color": L(t) }) },
              { values: ne(e("caretColor")), type: ["color", "any"] },
            )
          },
          accentColor: ({ matchUtilities: i, theme: e }) => {
            i(
              { accent: t => ({ "accent-color": L(t) }) },
              { values: ne(e("accentColor")), type: ["color", "any"] },
            )
          },
          opacity: P("opacity", [["opacity", ["opacity"]]]),
          backgroundBlendMode: ({ addUtilities: i }) => {
            i({
              ".bg-blend-normal": { "background-blend-mode": "normal" },
              ".bg-blend-multiply": { "background-blend-mode": "multiply" },
              ".bg-blend-screen": { "background-blend-mode": "screen" },
              ".bg-blend-overlay": { "background-blend-mode": "overlay" },
              ".bg-blend-darken": { "background-blend-mode": "darken" },
              ".bg-blend-lighten": { "background-blend-mode": "lighten" },
              ".bg-blend-color-dodge": {
                "background-blend-mode": "color-dodge",
              },
              ".bg-blend-color-burn": { "background-blend-mode": "color-burn" },
              ".bg-blend-hard-light": { "background-blend-mode": "hard-light" },
              ".bg-blend-soft-light": { "background-blend-mode": "soft-light" },
              ".bg-blend-difference": { "background-blend-mode": "difference" },
              ".bg-blend-exclusion": { "background-blend-mode": "exclusion" },
              ".bg-blend-hue": { "background-blend-mode": "hue" },
              ".bg-blend-saturation": { "background-blend-mode": "saturation" },
              ".bg-blend-color": { "background-blend-mode": "color" },
              ".bg-blend-luminosity": { "background-blend-mode": "luminosity" },
            })
          },
          mixBlendMode: ({ addUtilities: i }) => {
            i({
              ".mix-blend-normal": { "mix-blend-mode": "normal" },
              ".mix-blend-multiply": { "mix-blend-mode": "multiply" },
              ".mix-blend-screen": { "mix-blend-mode": "screen" },
              ".mix-blend-overlay": { "mix-blend-mode": "overlay" },
              ".mix-blend-darken": { "mix-blend-mode": "darken" },
              ".mix-blend-lighten": { "mix-blend-mode": "lighten" },
              ".mix-blend-color-dodge": { "mix-blend-mode": "color-dodge" },
              ".mix-blend-color-burn": { "mix-blend-mode": "color-burn" },
              ".mix-blend-hard-light": { "mix-blend-mode": "hard-light" },
              ".mix-blend-soft-light": { "mix-blend-mode": "soft-light" },
              ".mix-blend-difference": { "mix-blend-mode": "difference" },
              ".mix-blend-exclusion": { "mix-blend-mode": "exclusion" },
              ".mix-blend-hue": { "mix-blend-mode": "hue" },
              ".mix-blend-saturation": { "mix-blend-mode": "saturation" },
              ".mix-blend-color": { "mix-blend-mode": "color" },
              ".mix-blend-luminosity": { "mix-blend-mode": "luminosity" },
              ".mix-blend-plus-darker": { "mix-blend-mode": "plus-darker" },
              ".mix-blend-plus-lighter": { "mix-blend-mode": "plus-lighter" },
            })
          },
          boxShadow: (() => {
            let i = Ge("boxShadow"),
              e = [
                "var(--tw-ring-offset-shadow, 0 0 #0000)",
                "var(--tw-ring-shadow, 0 0 #0000)",
                "var(--tw-shadow)",
              ].join(", ")
            return function ({ matchUtilities: t, addDefaults: r, theme: n }) {
              r("box-shadow", {
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      o2 = "U".charCodeAt(0),
      l2 = "+".charCodeAt(0),
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          r,
          n,
          a,
          s,
          o,
          u,
          c,
          f,
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                    (p === Vt &&
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                      value: s,
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                        type: "word",
                        sourceIndex: d,
                        sourceEndIndex: c + 1,
                        value: t.slice(d, c + 1),
                      },
                    ])
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                      type: "space",
                      sourceIndex: c + 1,
                      sourceEndIndex: r,
                      value: t.slice(c + 1, r),
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              e.push(s)
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              (s.sourceEndIndex = d + 1),
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              b.push(s),
              (e = s.nodes = []),
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            (y.sourceEndIndex += S.length),
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            (e = y.nodes)
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              p === In ||
              p === To ||
              p === Do ||
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              p === Vt ||
              p === Oo ||
              (p === qn && y && y.type === "function" && !0) ||
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              (p === Eo && x)
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                    sourceEndIndex: r,
                    value: s,
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                    sourceEndIndex: r,
                    value: s,
                  }),
            (d = r)
        }
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    }
  })
  var Bh = v((cD, Mh) => {
    l()
    Mh.exports = function i(e, t, r) {
      var n, a, s, o
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          r || (o = t(s, n, e)),
          o !== !1 &&
            s.type === "function" &&
            Array.isArray(s.nodes) &&
            i(s.nodes, t, r),
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  })
  var $h = v((pD, Lh) => {
    l()
    function Fh(i, e) {
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        r = i.value,
        n,
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        ? a
        : t === "word" || t === "space"
          ? r
          : t === "string"
            ? ((n = i.quote || ""), n + r + (i.unclosed ? "" : n))
            : t === "comment"
              ? "/*" + r + (i.unclosed ? "" : "*/")
              : t === "div"
                ? (i.before || "") + r + (i.after || "")
                : Array.isArray(i.nodes)
                  ? ((n = Nh(i.nodes, e)),
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                      ? n
                      : r +
                        "(" +
                        (i.before || "") +
                        n +
                        (i.after || "") +
                        (i.unclosed ? "" : ")"))
                  : r
    }
    function Nh(i, e) {
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        for (t = "", r = i.length - 1; ~r; r -= 1) t = Fh(i[r], e) + t
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      }
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    }
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  })
  var zh = v((dD, jh) => {
    l()
    var Rn = "-".charCodeAt(0),
      Mn = "+".charCodeAt(0),
      qo = ".".charCodeAt(0),
      f2 = "e".charCodeAt(0),
      c2 = "E".charCodeAt(0)
    function p2(i) {
      var e = i.charCodeAt(0),
        t
      if (e === Mn || e === Rn) {
        if (((t = i.charCodeAt(1)), t >= 48 && t <= 57)) return !0
        var r = i.charCodeAt(2)
        return t === qo && r >= 48 && r <= 57
      }
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        ? ((t = i.charCodeAt(1)), t >= 48 && t <= 57)
        : e >= 48 && e <= 57
    }
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        r,
        n,
        a
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        e < t && ((r = i.charCodeAt(e)), !(r < 48 || r > 57));

      )
        e += 1
      if (
        ((r = i.charCodeAt(e)),
        (n = i.charCodeAt(e + 1)),
        r === qo && n >= 48 && n <= 57)
      )
        for (e += 2; e < t && ((r = i.charCodeAt(e)), !(r < 48 || r > 57)); )
          e += 1
      if (
        ((r = i.charCodeAt(e)),
        (n = i.charCodeAt(e + 1)),
        (a = i.charCodeAt(e + 2)),
        (r === f2 || r === c2) &&
          ((n >= 48 && n <= 57) ||
            ((n === Mn || n === Rn) && a >= 48 && a <= 57)))
      )
        for (
          e += n === Mn || n === Rn ? 3 : 2;
          e < t && ((r = i.charCodeAt(e)), !(r < 48 || r > 57));

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          94: "y",
          95: "y",
          96: "y",
          97: "y",
          98: "y",
          99: "y",
          100: "y",
          101: "y",
          102: "y",
          103: "y",
          104: "y",
          105: "y",
          106: "y",
          107: "y",
          108: "y",
          109: "y",
          110: "y",
          111: "y",
          112: "y",
          113: "y",
          114: "y",
          115: "y",
          116: "y",
          117: "y",
        },
        safari: {
          4: "n",
          5: "n",
          6: "n",
          7: "n",
          8: "n",
          9: "y",
          10: "y",
          11: "y",
          12: "y",
          13: "y",
          14: "y",
          15: "y",
          17: "y",
          9.1: "y",
          10.1: "y",
          11.1: "y",
          12.1: "y",
          13.1: "y",
          14.1: "y",
          15.1: "y",
          "15.2-15.3": "y",
          15.4: "y",
          15.5: "y",
          15.6: "y",
          "16.0": "y",
          16.1: "y",
          16.2: "y",
          16.3: "y",
          16.4: "y",
          16.5: "y",
          16.6: "y",
          TP: "y",
          3.1: "n",
          3.2: "n",
          5.1: "n",
          6.1: "n",
          7.1: "n",
        },
        opera: {
          9: "n",
          11: "n",
          12: "n",
          15: "y",
          16: "y",
          17: "y",
          18: "y",
          19: "y",
          20: "y",
          21: "y",
          22: "y",
          23: "y",
          24: "y",
          25: "y",
          26: "y",
          27: "y",
          28: "y",
          29: "y",
          30: "y",
          31: "y",
          32: "y",
          33: "y",
          34: "y",
          35: "y",
          36: "y",
          37: "y",
          38: "y",
          39: "y",
          40: "y",
          41: "y",
          42: "y",
          43: "y",
          44: "y",
          45: "y",
          46: "y",
          47: "y",
          48: "y",
          49: "y",
          50: "y",
          51: "y",
          52: "y",
          53: "y",
          54: "y",
          55: "y",
          56: "y",
          57: "y",
          58: "y",
          60: "y",
          62: "y",
          63: "y",
          64: "y",
          65: "y",
          66: "y",
          67: "y",
          68: "y",
          69: "y",
          70: "y",
          71: "y",
          72: "y",
          73: "y",
          74: "y",
          75: "y",
          76: "y",
          77: "y",
          78: "y",
          79: "y",
          80: "y",
          81: "y",
          82: "y",
          83: "y",
          84: "y",
          85: "y",
          86: "y",
          87: "y",
          88: "y",
          89: "y",
          90: "y",
          91: "y",
          92: "y",
          93: "y",
          94: "y",
          95: "y",
          96: "y",
          97: "y",
          98: "y",
          99: "y",
          100: "y",
          12.1: "y",
          "9.5-9.6": "n",
          "10.0-10.1": "n",
          10.5: "n",
          10.6: "n",
          11.1: "n",
          11.5: "n",
          11.6: "n",
        },
        ios_saf: {
          8: "n",
          17: "y",
          "9.0-9.2": "y",
          9.3: "y",
          "10.0-10.2": "y",
          10.3: "y",
          "11.0-11.2": "y",
          "11.3-11.4": "y",
          "12.0-12.1": "y",
          "12.2-12.5": "y",
          "13.0-13.1": "y",
          13.2: "y",
          13.3: "y",
          "13.4-13.7": "y",
          "14.0-14.4": "y",
          "14.5-14.8": "y",
          "15.0-15.1": "y",
          "15.2-15.3": "y",
          15.4: "y",
          15.5: "y",
          15.6: "y",
          "16.0": "y",
          16.1: "y",
          16.2: "y",
          16.3: "y",
          16.4: "y",
          16.5: "y",
          16.6: "y",
          3.2: "n",
          "4.0-4.1": "n",
          "4.2-4.3": "n",
          "5.0-5.1": "n",
          "6.0-6.1": "n",
          "7.0-7.1": "n",
          "8.1-8.4": "n",
        },
        op_mini: { all: "y" },
        android: {
          3: "n",
          4: "n",
          114: "y",
          4.4: "y",
          "4.4.3-4.4.4": "y",
          2.1: "n",
          2.2: "n",
          2.3: "n",
          4.1: "n",
          "4.2-4.3": "n",
        },
        bb: { 7: "n", 10: "n" },
        op_mob: {
          10: "n",
          11: "n",
          12: "n",
          73: "y",
          11.1: "n",
          11.5: "n",
          12.1: "n",
        },
        and_chr: { 114: "y" },
        and_ff: { 115: "y" },
        ie_mob: { 10: "n", 11: "n" },
        and_uc: { 15.5: "y" },
        samsung: {
          4: "y",
          20: "y",
          21: "y",
          "5.0-5.4": "y",
          "6.2-6.4": "y",
          "7.2-7.4": "y",
          8.2: "y",
          9.2: "y",
          10.1: "y",
          "11.1-11.2": "y",
          "12.0": "y",
          "13.0": "y",
          "14.0": "y",
          "15.0": "y",
          "16.0": "y",
          "17.0": "y",
          "18.0": "y",
          "19.0": "y",
        },
        and_qq: { 13.1: "y" },
        baidu: { 13.18: "y" },
        kaios: { 2.5: "y", "3.0-3.1": "y" },
      },
    }
  }
  var O2,
    $n = C(() => {
      l()
      O2 = {
        ie: { prefix: "ms" },
        edge: {
          prefix: "webkit",
          prefix_exceptions: {
            12: "ms",
            13: "ms",
            14: "ms",
            15: "ms",
            16: "ms",
            17: "ms",
            18: "ms",
          },
        },
        firefox: { prefix: "moz" },
        chrome: { prefix: "webkit" },
        safari: { prefix: "webkit" },
        opera: {
          prefix: "webkit",
          prefix_exceptions: {
            9: "o",
            11: "o",
            12: "o",
            "9.5-9.6": "o",
            "10.0-10.1": "o",
            10.5: "o",
            10.6: "o",
            11.1: "o",
            11.5: "o",
            11.6: "o",
            12.1: "o",
          },
        },
        ios_saf: { prefix: "webkit" },
        op_mini: { prefix: "o" },
        android: { prefix: "webkit" },
        bb: { prefix: "webkit" },
        op_mob: { prefix: "o", prefix_exceptions: { 73: "webkit" } },
        and_chr: { prefix: "webkit" },
        and_ff: { prefix: "moz" },
        ie_mob: { prefix: "ms" },
        and_uc: { prefix: "webkit", prefix_exceptions: { 15.5: "webkit" } },
        samsung: { prefix: "webkit" },
        and_qq: { prefix: "webkit" },
        baidu: { prefix: "webkit" },
        kaios: { prefix: "moz" },
      }
    })
  var hm = v(() => {
    l()
  })
  var ue = v((r4, pt) => {
    l()
    var { list: Vo } = ye()
    pt.exports.error = function (i) {
      let e = new Error(i)
      throw ((e.autoprefixer = !0), e)
    }
    pt.exports.uniq = function (i) {
      return [...new Set(i)]
    }
    pt.exports.removeNote = function (i) {
      return i.includes(" ") ? i.split(" ")[0] : i
    }
    pt.exports.escapeRegexp = function (i) {
      return i.replace(/[$()*+-.?[\\\]^{|}]/g, "\\$&")
    }
    pt.exports.regexp = function (i, e = !0) {
      return (
        e && (i = this.escapeRegexp(i)),
        new RegExp(`(^|[\\s,(])(${i}($|[\\s(,]))`, "gi")
      )
    }
    pt.exports.editList = function (i, e) {
      let t = Vo.comma(i),
        r = e(t, [])
      if (t === r) return i
      let n = i.match(/,\s*/)
      return (n = n ? n[0] : ", "), r.join(n)
    }
    pt.exports.splitSelector = function (i) {
      return Vo.comma(i).map(e => Vo.space(e).map(t => t.split(/(?=\.|#)/g)))
    }
  })
  var dt = v((i4, ym) => {
    l()
    var T2 = zo(),
      mm = ($n(), Ln).agents,
      P2 = ue(),
      gm = class {
        static prefixes() {
          if (this.prefixesCache) return this.prefixesCache
          this.prefixesCache = []
          for (let e in mm) this.prefixesCache.push(`-${mm[e].prefix}-`)
          return (
            (this.prefixesCache = P2.uniq(this.prefixesCache).sort(
              (e, t) => t.length - e.length,
            )),
            this.prefixesCache
          )
        }
        static withPrefix(e) {
          return (
            this.prefixesRegexp ||
              (this.prefixesRegexp = new RegExp(this.prefixes().join("|"))),
            this.prefixesRegexp.test(e)
          )
        }
        constructor(e, t, r, n) {
          ;(this.data = e),
            (this.options = r || {}),
            (this.browserslistOpts = n || {}),
            (this.selected = this.parse(t))
        }
        parse(e) {
          let t = {}
          for (let r in this.browserslistOpts) t[r] = this.browserslistOpts[r]
          return (t.path = this.options.from), T2(e, t)
        }
        prefix(e) {
          let [t, r] = e.split(" "),
            n = this.data[t],
            a = n.prefix_exceptions && n.prefix_exceptions[r]
          return a || (a = n.prefix), `-${a}-`
        }
        isSelected(e) {
          return this.selected.includes(e)
        }
      }
    ym.exports = gm
  })
  var ii = v((n4, wm) => {
    l()
    wm.exports = {
      prefix(i) {
        let e = i.match(/^(-\w+-)/)
        return e ? e[0] : ""
      },
      unprefixed(i) {
        return i.replace(/^-\w+-/, "")
      },
    }
  })
  var Wt = v((s4, vm) => {
    l()
    var D2 = dt(),
      bm = ii(),
      I2 = ue()
    function Uo(i, e) {
      let t = new i.constructor()
      for (let r of Object.keys(i || {})) {
        let n = i[r]
        r === "parent" && typeof n == "object"
          ? e && (t[r] = e)
          : r === "source" || r === null
            ? (t[r] = n)
            : Array.isArray(n)
              ? (t[r] = n.map(a => Uo(a, t)))
              : r !== "_autoprefixerPrefix" &&
                r !== "_autoprefixerValues" &&
                r !== "proxyCache" &&
                (typeof n == "object" && n !== null && (n = Uo(n, t)),
                (t[r] = n))
      }
      return t
    }
    var jn = class {
      static hack(e) {
        return (
          this.hacks || (this.hacks = {}),
          e.names.map(t => ((this.hacks[t] = e), this.hacks[t]))
        )
      }
      static load(e, t, r) {
        let n = this.hacks && this.hacks[e]
        return n ? new n(e, t, r) : new this(e, t, r)
      }
      static clone(e, t) {
        let r = Uo(e)
        for (let n in t) r[n] = t[n]
        return r
      }
      constructor(e, t, r) {
        ;(this.prefixes = t), (this.name = e), (this.all = r)
      }
      parentPrefix(e) {
        let t
        return (
          typeof e._autoprefixerPrefix != "undefined"
            ? (t = e._autoprefixerPrefix)
            : e.type === "decl" && e.prop[0] === "-"
              ? (t = bm.prefix(e.prop))
              : e.type === "root"
                ? (t = !1)
                : e.type === "rule" &&
                    e.selector.includes(":-") &&
                    /:(-\w+-)/.test(e.selector)
                  ? (t = e.selector.match(/:(-\w+-)/)[1])
                  : e.type === "atrule" && e.name[0] === "-"
                    ? (t = bm.prefix(e.name))
                    : (t = this.parentPrefix(e.parent)),
          D2.prefixes().includes(t) || (t = !1),
          (e._autoprefixerPrefix = t),
          e._autoprefixerPrefix
        )
      }
      process(e, t) {
        if (!this.check(e)) return
        let r = this.parentPrefix(e),
          n = this.prefixes.filter(s => !r || r === I2.removeNote(s)),
          a = []
        for (let s of n) this.add(e, s, a.concat([s]), t) && a.push(s)
        return a
      }
      clone(e, t) {
        return jn.clone(e, t)
      }
    }
    vm.exports = jn
  })
  var M = v((a4, Sm) => {
    l()
    var q2 = Wt(),
      R2 = dt(),
      xm = ue(),
      km = class extends q2 {
        check() {
          return !0
        }
        prefixed(e, t) {
          return t + e
        }
        normalize(e) {
          return e
        }
        otherPrefixes(e, t) {
          for (let r of R2.prefixes()) if (r !== t && e.includes(r)) return !0
          return !1
        }
        set(e, t) {
          return (e.prop = this.prefixed(e.prop, t)), e
        }
        needCascade(e) {
          return (
            e._autoprefixerCascade ||
              (e._autoprefixerCascade =
                this.all.options.cascade !== !1 &&
                e.raw("before").includes(`
`)),
            e._autoprefixerCascade
          )
        }
        maxPrefixed(e, t) {
          if (t._autoprefixerMax) return t._autoprefixerMax
          let r = 0
          for (let n of e)
            (n = xm.removeNote(n)), n.length > r && (r = n.length)
          return (t._autoprefixerMax = r), t._autoprefixerMax
        }
        calcBefore(e, t, r = "") {
          let a = this.maxPrefixed(e, t) - xm.removeNote(r).length,
            s = t.raw("before")
          return a > 0 && (s += Array(a).fill(" ").join("")), s
        }
        restoreBefore(e) {
          let t = e.raw("before").split(`
`),
            r = t[t.length - 1]
          this.all.group(e).up(n => {
            let a = n.raw("before").split(`
`),
              s = a[a.length - 1]
            s.length < r.length && (r = s)
          }),
            (t[t.length - 1] = r),
            (e.raws.before = t.join(`
`))
        }
        insert(e, t, r) {
          let n = this.set(this.clone(e), t)
          if (
            !(
              !n || e.parent.some(s => s.prop === n.prop && s.value === n.value)
            )
          )
            return (
              this.needCascade(e) && (n.raws.before = this.calcBefore(r, e, t)),
              e.parent.insertBefore(e, n)
            )
        }
        isAlready(e, t) {
          let r = this.all.group(e).up(n => n.prop === t)
          return r || (r = this.all.group(e).down(n => n.prop === t)), r
        }
        add(e, t, r, n) {
          let a = this.prefixed(e.prop, t)
          if (!(this.isAlready(e, a) || this.otherPrefixes(e.value, t)))
            return this.insert(e, t, r, n)
        }
        process(e, t) {
          if (!this.needCascade(e)) {
            super.process(e, t)
            return
          }
          let r = super.process(e, t)
          !r ||
            !r.length ||
            (this.restoreBefore(e), (e.raws.before = this.calcBefore(r, e)))
        }
        old(e, t) {
          return [this.prefixed(e, t)]
        }
      }
    Sm.exports = km
  })
  var Am = v((o4, Cm) => {
    l()
    Cm.exports = function i(e) {
      return {
        mul: t => new i(e * t),
        div: t => new i(e / t),
        simplify: () => new i(e),
        toString: () => e.toString(),
      }
    }
  })
  var Em = v((l4, Om) => {
    l()
    var M2 = Am(),
      B2 = Wt(),
      Wo = ue(),
      F2 = /(min|max)-resolution\s*:\s*\d*\.?\d+(dppx|dpcm|dpi|x)/gi,
      N2 = /(min|max)-resolution(\s*:\s*)(\d*\.?\d+)(dppx|dpcm|dpi|x)/i,
      _m = class extends B2 {
        prefixName(e, t) {
          return e === "-moz-"
            ? t + "--moz-device-pixel-ratio"
            : e + t + "-device-pixel-ratio"
        }
        prefixQuery(e, t, r, n, a) {
          return (
            (n = new M2(n)),
            a === "dpi"
              ? (n = n.div(96))
              : a === "dpcm" && (n = n.mul(2.54).div(96)),
            (n = n.simplify()),
            e === "-o-" && (n = n.n + "/" + n.d),
            this.prefixName(e, t) + r + n
          )
        }
        clean(e) {
          if (!this.bad) {
            this.bad = []
            for (let t of this.prefixes)
              this.bad.push(this.prefixName(t, "min")),
                this.bad.push(this.prefixName(t, "max"))
          }
          e.params = Wo.editList(e.params, t =>
            t.filter(r => this.bad.every(n => !r.includes(n))),
          )
        }
        process(e) {
          let t = this.parentPrefix(e),
            r = t ? [t] : this.prefixes
          e.params = Wo.editList(e.params, (n, a) => {
            for (let s of n) {
              if (
                !s.includes("min-resolution") &&
                !s.includes("max-resolution")
              ) {
                a.push(s)
                continue
              }
              for (let o of r) {
                let u = s.replace(F2, c => {
                  let f = c.match(N2)
                  return this.prefixQuery(o, f[1], f[2], f[3], f[4])
                })
                a.push(u)
              }
              a.push(s)
            }
            return Wo.uniq(a)
          })
        }
      }
    Om.exports = _m
  })
  var Pm = v((u4, Tm) => {
    l()
    var Go = "(".charCodeAt(0),
      Ho = ")".charCodeAt(0),
      zn = "'".charCodeAt(0),
      Yo = '"'.charCodeAt(0),
      Qo = "\\".charCodeAt(0),
      Gt = "/".charCodeAt(0),
      Jo = ",".charCodeAt(0),
      Xo = ":".charCodeAt(0),
      Vn = "*".charCodeAt(0),
      L2 = "u".charCodeAt(0),
      $2 = "U".charCodeAt(0),
      j2 = "+".charCodeAt(0),
      z2 = /^[a-f0-9?-]+$/i
    Tm.exports = function (i) {
      for (
        var e = [],
          t = i,
          r,
          n,
          a,
          s,
          o,
          u,
          c,
          f,
          d = 0,
          p = t.charCodeAt(d),
          m = t.length,
          b = [{ nodes: e }],
          x = 0,
          y,
          w = "",
          k = "",
          S = "";
        d < m;

      )
        if (p <= 32) {
          r = d
          do (r += 1), (p = t.charCodeAt(r))
          while (p <= 32)
          ;(s = t.slice(d, r)),
            (a = e[e.length - 1]),
            p === Ho && x
              ? (S = s)
              : a && a.type === "div"
                ? ((a.after = s), (a.sourceEndIndex += s.length))
                : p === Jo ||
                    p === Xo ||
                    (p === Gt &&
                      t.charCodeAt(r + 1) !== Vn &&
                      (!y ||
                        (y && y.type === "function" && y.value !== "calc")))
                  ? (k = s)
                  : e.push({
                      type: "space",
                      sourceIndex: d,
                      sourceEndIndex: r,
                      value: s,
                    }),
            (d = r)
        } else if (p === zn || p === Yo) {
          ;(r = d),
            (n = p === zn ? "'" : '"'),
            (s = { type: "string", sourceIndex: d, quote: n })
          do
            if (((o = !1), (r = t.indexOf(n, r + 1)), ~r))
              for (u = r; t.charCodeAt(u - 1) === Qo; ) (u -= 1), (o = !o)
            else (t += n), (r = t.length - 1), (s.unclosed = !0)
          while (o)
          ;(s.value = t.slice(d + 1, r)),
            (s.sourceEndIndex = s.unclosed ? r : r + 1),
            e.push(s),
            (d = r + 1),
            (p = t.charCodeAt(d))
        } else if (p === Gt && t.charCodeAt(d + 1) === Vn)
          (r = t.indexOf("*/", d)),
            (s = { type: "comment", sourceIndex: d, sourceEndIndex: r + 2 }),
            r === -1 &&
              ((s.unclosed = !0), (r = t.length), (s.sourceEndIndex = r)),
            (s.value = t.slice(d + 2, r)),
            e.push(s),
            (d = r + 2),
            (p = t.charCodeAt(d))
        else if (
          (p === Gt || p === Vn) &&
          y &&
          y.type === "function" &&
          y.value === "calc"
        )
          (s = t[d]),
            e.push({
              type: "word",
              sourceIndex: d - k.length,
              sourceEndIndex: d + s.length,
              value: s,
            }),
            (d += 1),
            (p = t.charCodeAt(d))
        else if (p === Gt || p === Jo || p === Xo)
          (s = t[d]),
            e.push({
              type: "div",
              sourceIndex: d - k.length,
              sourceEndIndex: d + s.length,
              value: s,
              before: k,
              after: "",
            }),
            (k = ""),
            (d += 1),
            (p = t.charCodeAt(d))
        else if (Go === p) {
          r = d
          do (r += 1), (p = t.charCodeAt(r))
          while (p <= 32)
          if (
            ((f = d),
            (s = {
              type: "function",
              sourceIndex: d - w.length,
              value: w,
              before: t.slice(f + 1, r),
            }),
            (d = r),
            w === "url" && p !== zn && p !== Yo)
          ) {
            r -= 1
            do
              if (((o = !1), (r = t.indexOf(")", r + 1)), ~r))
                for (u = r; t.charCodeAt(u - 1) === Qo; ) (u -= 1), (o = !o)
              else (t += ")"), (r = t.length - 1), (s.unclosed = !0)
            while (o)
            c = r
            do (c -= 1), (p = t.charCodeAt(c))
            while (p <= 32)
            f < c
              ? (d !== c + 1
                  ? (s.nodes = [
                      {
                        type: "word",
                        sourceIndex: d,
                        sourceEndIndex: c + 1,
                        value: t.slice(d, c + 1),
                      },
                    ])
                  : (s.nodes = []),
                s.unclosed && c + 1 !== r
                  ? ((s.after = ""),
                    s.nodes.push({
                      type: "space",
                      sourceIndex: c + 1,
                      sourceEndIndex: r,
                      value: t.slice(c + 1, r),
                    }))
                  : ((s.after = t.slice(c + 1, r)), (s.sourceEndIndex = r)))
              : ((s.after = ""), (s.nodes = [])),
              (d = r + 1),
              (s.sourceEndIndex = s.unclosed ? r : d),
              (p = t.charCodeAt(d)),
              e.push(s)
          } else
            (x += 1),
              (s.after = ""),
              (s.sourceEndIndex = d + 1),
              e.push(s),
              b.push(s),
              (e = s.nodes = []),
              (y = s)
          w = ""
        } else if (Ho === p && x)
          (d += 1),
            (p = t.charCodeAt(d)),
            (y.after = S),
            (y.sourceEndIndex += S.length),
            (S = ""),
            (x -= 1),
            (b[b.length - 1].sourceEndIndex = d),
            b.pop(),
            (y = b[x]),
            (e = y.nodes)
        else {
          r = d
          do p === Qo && (r += 1), (r += 1), (p = t.charCodeAt(r))
          while (
            r < m &&
            !(
              p <= 32 ||
              p === zn ||
              p === Yo ||
              p === Jo ||
              p === Xo ||
              p === Gt ||
              p === Go ||
              (p === Vn && y && y.type === "function" && y.value === "calc") ||
              (p === Gt && y.type === "function" && y.value === "calc") ||
              (p === Ho && x)
            )
          )
          ;(s = t.slice(d, r)),
            Go === p
              ? (w = s)
              : (L2 === s.charCodeAt(0) || $2 === s.charCodeAt(0)) &&
                  j2 === s.charCodeAt(1) &&
                  z2.test(s.slice(2))
                ? e.push({
                    type: "unicode-range",
                    sourceIndex: d,
                    sourceEndIndex: r,
                    value: s,
                  })
                : e.push({
                    type: "word",
                    sourceIndex: d,
                    sourceEndIndex: r,
                    value: s,
                  }),
            (d = r)
        }
      for (d = b.length - 1; d; d -= 1)
        (b[d].unclosed = !0), (b[d].sourceEndIndex = t.length)
      return b[0].nodes
    }
  })
  var Im = v((f4, Dm) => {
    l()
    Dm.exports = function i(e, t, r) {
      var n, a, s, o
      for (n = 0, a = e.length; n < a; n += 1)
        (s = e[n]),
          r || (o = t(s, n, e)),
          o !== !1 &&
            s.type === "function" &&
            Array.isArray(s.nodes) &&
            i(s.nodes, t, r),
          r && t(s, n, e)
    }
  })
  var Bm = v((c4, Mm) => {
    l()
    function qm(i, e) {
      var t = i.type,
        r = i.value,
        n,
        a
      return e && (a = e(i)) !== void 0
        ? a
        : t === "word" || t === "space"
          ? r
          : t === "string"
            ? ((n = i.quote || ""), n + r + (i.unclosed ? "" : n))
            : t === "comment"
              ? "/*" + r + (i.unclosed ? "" : "*/")
              : t === "div"
                ? (i.before || "") + r + (i.after || "")
                : Array.isArray(i.nodes)
                  ? ((n = Rm(i.nodes, e)),
                    t !== "function"
                      ? n
                      : r +
                        "(" +
                        (i.before || "") +
                        n +
                        (i.after || "") +
                        (i.unclosed ? "" : ")"))
                  : r
    }
    function Rm(i, e) {
      var t, r
      if (Array.isArray(i)) {
        for (t = "", r = i.length - 1; ~r; r -= 1) t = qm(i[r], e) + t
        return t
      }
      return qm(i, e)
    }
    Mm.exports = Rm
  })
  var Nm = v((p4, Fm) => {
    l()
    var Un = "-".charCodeAt(0),
      Wn = "+".charCodeAt(0),
      Ko = ".".charCodeAt(0),
      V2 = "e".charCodeAt(0),
      U2 = "E".charCodeAt(0)
    function W2(i) {
      var e = i.charCodeAt(0),
        t
      if (e === Wn || e === Un) {
        if (((t = i.charCodeAt(1)), t >= 48 && t <= 57)) return !0
        var r = i.charCodeAt(2)
        return t === Ko && r >= 48 && r <= 57
      }
      return e === Ko
        ? ((t = i.charCodeAt(1)), t >= 48 && t <= 57)
        : e >= 48 && e <= 57
    }
    Fm.exports = function (i) {
      var e = 0,
        t = i.length,
        r,
        n,
        a
      if (t === 0 || !W2(i)) return !1
      for (
        r = i.charCodeAt(e), (r === Wn || r === Un) && e++;
        e < t && ((r = i.charCodeAt(e)), !(r < 48 || r > 57));

      )
        e += 1
      if (
        ((r = i.charCodeAt(e)),
        (n = i.charCodeAt(e + 1)),
        r === Ko && n >= 48 && n <= 57)
      )
        for (e += 2; e < t && ((r = i.charCodeAt(e)), !(r < 48 || r > 57)); )
          e += 1
      if (
        ((r = i.charCodeAt(e)),
        (n = i.charCodeAt(e + 1)),
        (a = i.charCodeAt(e + 2)),
        (r === V2 || r === U2) &&
          ((n >= 48 && n <= 57) ||
            ((n === Wn || n === Un) && a >= 48 && a <= 57)))
      )
        for (
          e += n === Wn || n === Un ? 3 : 2;
          e < t && ((r = i.charCodeAt(e)), !(r < 48 || r > 57));

        )
          e += 1
      return { number: i.slice(0, e), unit: i.slice(e) }
    }
  })
  var Gn = v((d4, jm) => {
    l()
    var G2 = Pm(),
      Lm = Im(),
      $m = Bm()
    function ht(i) {
      return this instanceof ht ? ((this.nodes = G2(i)), this) : new ht(i)
    }
    ht.prototype.toString = function () {
      return Array.isArray(this.nodes) ? $m(this.nodes) : ""
    }
    ht.prototype.walk = function (i, e) {
      return Lm(this.nodes, i, e), this
    }
    ht.unit = Nm()
    ht.walk = Lm
    ht.stringify = $m
    jm.exports = ht
  })
  var Gm = v((h4, Wm) => {
    l()
    var { list: H2 } = ye(),
      zm = Gn(),
      Y2 = dt(),
      Vm = ii(),
      Um = class {
        constructor(e) {
          ;(this.props = ["transition", "transition-property"]),
            (this.prefixes = e)
        }
        add(e, t) {
          let r,
            n,
            a = this.prefixes.add[e.prop],
            s = this.ruleVendorPrefixes(e),
            o = s || (a && a.prefixes) || [],
            u = this.parse(e.value),
            c = u.map(m => this.findProp(m)),
            f = []
          if (c.some(m => m[0] === "-")) return
          for (let m of u) {
            if (((n = this.findProp(m)), n[0] === "-")) continue
            let b = this.prefixes.add[n]
            if (!(!b || !b.prefixes))
              for (r of b.prefixes) {
                if (s && !s.some(y => r.includes(y))) continue
                let x = this.prefixes.prefixed(n, r)
                x !== "-ms-transform" &&
                  !c.includes(x) &&
                  (this.disabled(n, r) || f.push(this.clone(n, x, m)))
              }
          }
          u = u.concat(f)
          let d = this.stringify(u),
            p = this.stringify(this.cleanFromUnprefixed(u, "-webkit-"))
          if (
            (o.includes("-webkit-") &&
              this.cloneBefore(e, `-webkit-${e.prop}`, p),
            this.cloneBefore(e, e.prop, p),
            o.includes("-o-"))
          ) {
            let m = this.stringify(this.cleanFromUnprefixed(u, "-o-"))
            this.cloneBefore(e, `-o-${e.prop}`, m)
          }
          for (r of o)
            if (r !== "-webkit-" && r !== "-o-") {
              let m = this.stringify(this.cleanOtherPrefixes(u, r))
              this.cloneBefore(e, r + e.prop, m)
            }
          d !== e.value &&
            !this.already(e, e.prop, d) &&
            (this.checkForWarning(t, e), e.cloneBefore(), (e.value = d))
        }
        findProp(e) {
          let t = e[0].value
          if (/^\d/.test(t)) {
            for (let [r, n] of e.entries())
              if (r !== 0 && n.type === "word") return n.value
          }
          return t
        }
        already(e, t, r) {
          return e.parent.some(n => n.prop === t && n.value === r)
        }
        cloneBefore(e, t, r) {
          this.already(e, t, r) || e.cloneBefore({ prop: t, value: r })
        }
        checkForWarning(e, t) {
          if (t.prop !== "transition-property") return
          let r = !1,
            n = !1
          t.parent.each(a => {
            if (a.type !== "decl" || a.prop.indexOf("transition-") !== 0) return
            let s = H2.comma(a.value)
            if (a.prop === "transition-property") {
              s.forEach(o => {
                let u = this.prefixes.add[o]
                u && u.prefixes && u.prefixes.length > 0 && (r = !0)
              })
              return
            }
            return (n = n || s.length > 1), !1
          }),
            r &&
              n &&
              t.warn(
                e,
                "Replace transition-property to transition, because Autoprefixer could not support any cases of transition-property and other transition-*",
              )
        }
        remove(e) {
          let t = this.parse(e.value)
          t = t.filter(s => {
            let o = this.prefixes.remove[this.findProp(s)]
            return !o || !o.remove
          })
          let r = this.stringify(t)
          if (e.value === r) return
          if (t.length === 0) {
            e.remove()
            return
          }
          let n = e.parent.some(s => s.prop === e.prop && s.value === r),
            a = e.parent.some(
              s => s !== e && s.prop === e.prop && s.value.length > r.length,
            )
          if (n || a) {
            e.remove()
            return
          }
          e.value = r
        }
        parse(e) {
          let t = zm(e),
            r = [],
            n = []
          for (let a of t.nodes)
            n.push(a),
              a.type === "div" && a.value === "," && (r.push(n), (n = []))
          return r.push(n), r.filter(a => a.length > 0)
        }
        stringify(e) {
          if (e.length === 0) return ""
          let t = []
          for (let r of e)
            r[r.length - 1].type !== "div" && r.push(this.div(e)),
              (t = t.concat(r))
          return (
            t[0].type === "div" && (t = t.slice(1)),
            t[t.length - 1].type === "div" &&
              (t = t.slice(0, -2 + 1 || void 0)),
            zm.stringify({ nodes: t })
          )
        }
        clone(e, t, r) {
          let n = [],
            a = !1
          for (let s of r)
            !a && s.type === "word" && s.value === e
              ? (n.push({ type: "word", value: t }), (a = !0))
              : n.push(s)
          return n
        }
        div(e) {
          for (let t of e)
            for (let r of t) if (r.type === "div" && r.value === ",") return r
          return { type: "div", value: ",", after: " " }
        }
        cleanOtherPrefixes(e, t) {
          return e.filter(r => {
            let n = Vm.prefix(this.findProp(r))
            return n === "" || n === t
          })
        }
        cleanFromUnprefixed(e, t) {
          let r = e
              .map(a => this.findProp(a))
              .filter(a => a.slice(0, t.length) === t)
              .map(a => this.prefixes.unprefixed(a)),
            n = []
          for (let a of e) {
            let s = this.findProp(a),
              o = Vm.prefix(s)
            !r.includes(s) && (o === t || o === "") && n.push(a)
          }
          return n
        }
        disabled(e, t) {
          let r = ["order", "justify-content", "align-self", "align-content"]
          if (e.includes("flex") || r.includes(e)) {
            if (this.prefixes.options.flexbox === !1) return !0
            if (this.prefixes.options.flexbox === "no-2009")
              return t.includes("2009")
          }
        }
        ruleVendorPrefixes(e) {
          let { parent: t } = e
          if (t.type !== "rule") return !1
          if (!t.selector.includes(":-")) return !1
          let r = Y2.prefixes().filter(n => t.selector.includes(":" + n))
          return r.length > 0 ? r : !1
        }
      }
    Wm.exports = Um
  })
  var Ht = v((m4, Ym) => {
    l()
    var Q2 = ue(),
      Hm = class {
        constructor(e, t, r, n) {
          ;(this.unprefixed = e),
            (this.prefixed = t),
            (this.string = r || t),
            (this.regexp = n || Q2.regexp(t))
        }
        check(e) {
          return e.includes(this.string) ? !!e.match(this.regexp) : !1
        }
      }
    Ym.exports = Hm
  })
  var Se = v((g4, Jm) => {
    l()
    var J2 = Wt(),
      X2 = Ht(),
      K2 = ii(),
      Z2 = ue(),
      Qm = class extends J2 {
        static save(e, t) {
          let r = t.prop,
            n = []
          for (let a in t._autoprefixerValues) {
            let s = t._autoprefixerValues[a]
            if (s === t.value) continue
            let o,
              u = K2.prefix(r)
            if (u === "-pie-") continue
            if (u === a) {
              ;(o = t.value = s), n.push(o)
              continue
            }
            let c = e.prefixed(r, a),
              f = t.parent
            if (!f.every(b => b.prop !== c)) {
              n.push(o)
              continue
            }
            let d = s.replace(/\s+/, " ")
            if (
              f.some(
                b => b.prop === t.prop && b.value.replace(/\s+/, " ") === d,
              )
            ) {
              n.push(o)
              continue
            }
            let m = this.clone(t, { value: s })
            ;(o = t.parent.insertBefore(t, m)), n.push(o)
          }
          return n
        }
        check(e) {
          let t = e.value
          return t.includes(this.name) ? !!t.match(this.regexp()) : !1
        }
        regexp() {
          return this.regexpCache || (this.regexpCache = Z2.regexp(this.name))
        }
        replace(e, t) {
          return e.replace(this.regexp(), `$1${t}$2`)
        }
        value(e) {
          return e.raws.value && e.raws.value.value === e.value
            ? e.raws.value.raw
            : e.value
        }
        add(e, t) {
          e._autoprefixerValues || (e._autoprefixerValues = {})
          let r = e._autoprefixerValues[t] || this.value(e),
            n
          do if (((n = r), (r = this.replace(r, t)), r === !1)) return
          while (r !== n)
          e._autoprefixerValues[t] = r
        }
        old(e) {
          return new X2(this.name, e + this.name)
        }
      }
    Jm.exports = Qm
  })
  var mt = v((y4, Xm) => {
    l()
    Xm.exports = {}
  })
  var el = v((w4, eg) => {
    l()
    var Km = Gn(),
      eA = Se(),
      tA = mt().insertAreas,
      rA = /(^|[^-])linear-gradient\(\s*(top|left|right|bottom)/i,
      iA = /(^|[^-])radial-gradient\(\s*\d+(\w*|%)\s+\d+(\w*|%)\s*,/i,
      nA = /(!\s*)?autoprefixer:\s*ignore\s+next/i,
      sA = /(!\s*)?autoprefixer\s*grid:\s*(on|off|(no-)?autoplace)/i,
      aA = [
        "width",
        "height",
        "min-width",
        "max-width",
        "min-height",
        "max-height",
        "inline-size",
        "min-inline-size",
        "max-inline-size",
        "block-size",
        "min-block-size",
        "max-block-size",
      ]
    function Zo(i) {
      return i.parent.some(
        e => e.prop === "grid-template" || e.prop === "grid-template-areas",
      )
    }
    function oA(i) {
      let e = i.parent.some(r => r.prop === "grid-template-rows"),
        t = i.parent.some(r => r.prop === "grid-template-columns")
      return e && t
    }
    var Zm = class {
      constructor(e) {
        this.prefixes = e
      }
      add(e, t) {
        let r = this.prefixes.add["@resolution"],
          n = this.prefixes.add["@keyframes"],
          a = this.prefixes.add["@viewport"],
          s = this.prefixes.add["@supports"]
        e.walkAtRules(f => {
          if (f.name === "keyframes") {
            if (!this.disabled(f, t)) return n && n.process(f)
          } else if (f.name === "viewport") {
            if (!this.disabled(f, t)) return a && a.process(f)
          } else if (f.name === "supports") {
            if (this.prefixes.options.supports !== !1 && !this.disabled(f, t))
              return s.process(f)
          } else if (
            f.name === "media" &&
            f.params.includes("-resolution") &&
            !this.disabled(f, t)
          )
            return r && r.process(f)
        }),
          e.walkRules(f => {
            if (!this.disabled(f, t))
              return this.prefixes.add.selectors.map(d => d.process(f, t))
          })
        function o(f) {
          return f.parent.nodes.some(d => {
            if (d.type !== "decl") return !1
            let p = d.prop === "display" && /(inline-)?grid/.test(d.value),
              m = d.prop.startsWith("grid-template"),
              b = /^grid-([A-z]+-)?gap/.test(d.prop)
            return p || m || b
          })
        }
        function u(f) {
          return f.parent.some(
            d => d.prop === "display" && /(inline-)?flex/.test(d.value),
          )
        }
        let c =
          this.gridStatus(e, t) &&
          this.prefixes.add["grid-area"] &&
          this.prefixes.add["grid-area"].prefixes
        return (
          e.walkDecls(f => {
            if (this.disabledDecl(f, t)) return
            let d = f.parent,
              p = f.prop,
              m = f.value
            if (p === "grid-row-span") {
              t.warn(
                "grid-row-span is not part of final Grid Layout. Use grid-row.",
                { node: f },
              )
              return
            } else if (p === "grid-column-span") {
              t.warn(
                "grid-column-span is not part of final Grid Layout. Use grid-column.",
                { node: f },
              )
              return
            } else if (p === "display" && m === "box") {
              t.warn(
                "You should write display: flex by final spec instead of display: box",
                { node: f },
              )
              return
            } else if (p === "text-emphasis-position")
              (m === "under" || m === "over") &&
                t.warn(
                  "You should use 2 values for text-emphasis-position For example, `under left` instead of just `under`.",
                  { node: f },
                )
            else if (/^(align|justify|place)-(items|content)$/.test(p) && u(f))
              (m === "start" || m === "end") &&
                t.warn(
                  `${m} value has mixed support, consider using flex-${m} instead`,
                  { node: f },
                )
            else if (p === "text-decoration-skip" && m === "ink")
              t.warn(
                "Replace text-decoration-skip: ink to text-decoration-skip-ink: auto, because spec had been changed",
                { node: f },
              )
            else {
              if (c && this.gridStatus(f, t))
                if (
                  (f.value === "subgrid" &&
                    t.warn("IE does not support subgrid", { node: f }),
                  /^(align|justify|place)-items$/.test(p) && o(f))
                ) {
                  let x = p.replace("-items", "-self")
                  t.warn(
                    `IE does not support ${p} on grid containers. Try using ${x} on child elements instead: ${f.parent.selector} > * { ${x}: ${f.value} }`,
                    { node: f },
                  )
                } else if (/^(align|justify|place)-content$/.test(p) && o(f))
                  t.warn(`IE does not support ${f.prop} on grid containers`, {
                    node: f,
                  })
                else if (p === "display" && f.value === "contents") {
                  t.warn(
                    "Please do not use display: contents; if you have grid setting enabled",
                    { node: f },
                  )
                  return
                } else if (f.prop === "grid-gap") {
                  let x = this.gridStatus(f, t)
                  x === "autoplace" && !oA(f) && !Zo(f)
                    ? t.warn(
                        "grid-gap only works if grid-template(-areas) is being used or both rows and columns have been declared and cells have not been manually placed inside the explicit grid",
                        { node: f },
                      )
                    : (x === !0 || x === "no-autoplace") &&
                      !Zo(f) &&
                      t.warn(
                        "grid-gap only works if grid-template(-areas) is being used",
                        { node: f },
                      )
                } else if (p === "grid-auto-columns") {
                  t.warn("grid-auto-columns is not supported by IE", {
                    node: f,
                  })
                  return
                } else if (p === "grid-auto-rows") {
                  t.warn("grid-auto-rows is not supported by IE", { node: f })
                  return
                } else if (p === "grid-auto-flow") {
                  let x = d.some(w => w.prop === "grid-template-rows"),
                    y = d.some(w => w.prop === "grid-template-columns")
                  Zo(f)
                    ? t.warn("grid-auto-flow is not supported by IE", {
                        node: f,
                      })
                    : m.includes("dense")
                      ? t.warn("grid-auto-flow: dense is not supported by IE", {
                          node: f,
                        })
                      : !x &&
                        !y &&
                        t.warn(
                          "grid-auto-flow works only if grid-template-rows and grid-template-columns are present in the same rule",
                          { node: f },
                        )
                  return
                } else if (m.includes("auto-fit")) {
                  t.warn("auto-fit value is not supported by IE", {
                    node: f,
                    word: "auto-fit",
                  })
                  return
                } else if (m.includes("auto-fill")) {
                  t.warn("auto-fill value is not supported by IE", {
                    node: f,
                    word: "auto-fill",
                  })
                  return
                } else
                  p.startsWith("grid-template") &&
                    m.includes("[") &&
                    t.warn(
                      "Autoprefixer currently does not support line names. Try using grid-template-areas instead.",
                      { node: f, word: "[" },
                    )
              if (m.includes("radial-gradient"))
                if (iA.test(f.value))
                  t.warn(
                    "Gradient has outdated direction syntax. New syntax is like `closest-side at 0 0` instead of `0 0, closest-side`.",
                    { node: f },
                  )
                else {
                  let x = Km(m)
                  for (let y of x.nodes)
                    if (y.type === "function" && y.value === "radial-gradient")
                      for (let w of y.nodes)
                        w.type === "word" &&
                          (w.value === "cover"
                            ? t.warn(
                                "Gradient has outdated direction syntax. Replace `cover` to `farthest-corner`.",
                                { node: f },
                              )
                            : w.value === "contain" &&
                              t.warn(
                                "Gradient has outdated direction syntax. Replace `contain` to `closest-side`.",
                                { node: f },
                              ))
                }
              m.includes("linear-gradient") &&
                rA.test(m) &&
                t.warn(
                  "Gradient has outdated direction syntax. New syntax is like `to left` instead of `right`.",
                  { node: f },
                )
            }
            aA.includes(f.prop) &&
              (f.value.includes("-fill-available") ||
                (f.value.includes("fill-available")
                  ? t.warn(
                      "Replace fill-available to stretch, because spec had been changed",
                      { node: f },
                    )
                  : f.value.includes("fill") &&
                    Km(m).nodes.some(
                      y => y.type === "word" && y.value === "fill",
                    ) &&
                    t.warn(
                      "Replace fill to stretch, because spec had been changed",
                      { node: f },
                    )))
            let b
            if (f.prop === "transition" || f.prop === "transition-property")
              return this.prefixes.transition.add(f, t)
            if (f.prop === "align-self") {
              if (
                (this.displayType(f) !== "grid" &&
                  this.prefixes.options.flexbox !== !1 &&
                  ((b = this.prefixes.add["align-self"]),
                  b && b.prefixes && b.process(f)),
                this.gridStatus(f, t) !== !1 &&
                  ((b = this.prefixes.add["grid-row-align"]), b && b.prefixes))
              )
                return b.process(f, t)
            } else if (f.prop === "justify-self") {
              if (
                this.gridStatus(f, t) !== !1 &&
                ((b = this.prefixes.add["grid-column-align"]), b && b.prefixes)
              )
                return b.process(f, t)
            } else if (f.prop === "place-self") {
              if (
                ((b = this.prefixes.add["place-self"]),
                b && b.prefixes && this.gridStatus(f, t) !== !1)
              )
                return b.process(f, t)
            } else if (((b = this.prefixes.add[f.prop]), b && b.prefixes))
              return b.process(f, t)
          }),
          this.gridStatus(e, t) && tA(e, this.disabled),
          e.walkDecls(f => {
            if (this.disabledValue(f, t)) return
            let d = this.prefixes.unprefixed(f.prop),
              p = this.prefixes.values("add", d)
            if (Array.isArray(p)) for (let m of p) m.process && m.process(f, t)
            eA.save(this.prefixes, f)
          })
        )
      }
      remove(e, t) {
        let r = this.prefixes.remove["@resolution"]
        e.walkAtRules((n, a) => {
          this.prefixes.remove[`@${n.name}`]
            ? this.disabled(n, t) || n.parent.removeChild(a)
            : n.name === "media" &&
              n.params.includes("-resolution") &&
              r &&
              r.clean(n)
        })
        for (let n of this.prefixes.remove.selectors)
          e.walkRules((a, s) => {
            n.check(a) && (this.disabled(a, t) || a.parent.removeChild(s))
          })
        return e.walkDecls((n, a) => {
          if (this.disabled(n, t)) return
          let s = n.parent,
            o = this.prefixes.unprefixed(n.prop)
          if (
            ((n.prop === "transition" || n.prop === "transition-property") &&
              this.prefixes.transition.remove(n),
            this.prefixes.remove[n.prop] && this.prefixes.remove[n.prop].remove)
          ) {
            let u = this.prefixes
              .group(n)
              .down(c => this.prefixes.normalize(c.prop) === o)
            if (
              (o === "flex-flow" && (u = !0), n.prop === "-webkit-box-orient")
            ) {
              let c = { "flex-direction": !0, "flex-flow": !0 }
              if (!n.parent.some(f => c[f.prop])) return
            }
            if (u && !this.withHackValue(n)) {
              n.raw("before").includes(`
`) && this.reduceSpaces(n),
                s.removeChild(a)
              return
            }
          }
          for (let u of this.prefixes.values("remove", o)) {
            if (!u.check || !u.check(n.value)) continue
            if (
              ((o = u.unprefixed),
              this.prefixes.group(n).down(f => f.value.includes(o)))
            ) {
              s.removeChild(a)
              return
            }
          }
        })
      }
      withHackValue(e) {
        return e.prop === "-webkit-background-clip" && e.value === "text"
      }
      disabledValue(e, t) {
        return (this.gridStatus(e, t) === !1 &&
          e.type === "decl" &&
          e.prop === "display" &&
          e.value.includes("grid")) ||
          (this.prefixes.options.flexbox === !1 &&
            e.type === "decl" &&
            e.prop === "display" &&
            e.value.includes("flex")) ||
          (e.type === "decl" && e.prop === "content")
          ? !0
          : this.disabled(e, t)
      }
      disabledDecl(e, t) {
        if (
          this.gridStatus(e, t) === !1 &&
          e.type === "decl" &&
          (e.prop.includes("grid") || e.prop === "justify-items")
        )
          return !0
        if (this.prefixes.options.flexbox === !1 && e.type === "decl") {
          let r = ["order", "justify-content", "align-items", "align-content"]
          if (e.prop.includes("flex") || r.includes(e.prop)) return !0
        }
        return this.disabled(e, t)
      }
      disabled(e, t) {
        if (!e) return !1
        if (e._autoprefixerDisabled !== void 0) return e._autoprefixerDisabled
        if (e.parent) {
          let n = e.prev()
          if (n && n.type === "comment" && nA.test(n.text))
            return (
              (e._autoprefixerDisabled = !0),
              (e._autoprefixerSelfDisabled = !0),
              !0
            )
        }
        let r = null
        if (e.nodes) {
          let n
          e.each(a => {
            a.type === "comment" &&
              /(!\s*)?autoprefixer:\s*(off|on)/i.test(a.text) &&
              (typeof n != "undefined"
                ? t.warn(
                    "Second Autoprefixer control comment was ignored. Autoprefixer applies control comment to whole block, not to next rules.",
                    { node: a },
                  )
                : (n = /on/i.test(a.text)))
          }),
            n !== void 0 && (r = !n)
        }
        if (!e.nodes || r === null)
          if (e.parent) {
            let n = this.disabled(e.parent, t)
            e.parent._autoprefixerSelfDisabled === !0 ? (r = !1) : (r = n)
          } else r = !1
        return (e._autoprefixerDisabled = r), r
      }
      reduceSpaces(e) {
        let t = !1
        if ((this.prefixes.group(e).up(() => ((t = !0), !0)), t)) return
        let r = e.raw("before").split(`
`),
          n = r[r.length - 1].length,
          a = !1
        this.prefixes.group(e).down(s => {
          r = s.raw("before").split(`
`)
          let o = r.length - 1
          r[o].length > n &&
            (a === !1 && (a = r[o].length - n),
            (r[o] = r[o].slice(0, -a)),
            (s.raws.before = r.join(`
`)))
        })
      }
      displayType(e) {
        for (let t of e.parent.nodes)
          if (t.prop === "display") {
            if (t.value.includes("flex")) return "flex"
            if (t.value.includes("grid")) return "grid"
          }
        return !1
      }
      gridStatus(e, t) {
        if (!e) return !1
        if (e._autoprefixerGridStatus !== void 0)
          return e._autoprefixerGridStatus
        let r = null
        if (e.nodes) {
          let n
          e.each(a => {
            if (a.type === "comment" && sA.test(a.text)) {
              let s = /:\s*autoplace/i.test(a.text),
                o = /no-autoplace/i.test(a.text)
              typeof n != "undefined"
                ? t.warn(
                    "Second Autoprefixer grid control comment was ignored. Autoprefixer applies control comments to the whole block, not to the next rules.",
                    { node: a },
                  )
                : s
                  ? (n = "autoplace")
                  : o
                    ? (n = !0)
                    : (n = /on/i.test(a.text))
            }
          }),
            n !== void 0 && (r = n)
        }
        if (e.type === "atrule" && e.name === "supports") {
          let n = e.params
          n.includes("grid") && n.includes("auto") && (r = !1)
        }
        if (!e.nodes || r === null)
          if (e.parent) {
            let n = this.gridStatus(e.parent, t)
            e.parent._autoprefixerSelfDisabled === !0 ? (r = !1) : (r = n)
          } else
            typeof this.prefixes.options.grid != "undefined"
              ? (r = this.prefixes.options.grid)
              : typeof h.env.AUTOPREFIXER_GRID != "undefined"
                ? h.env.AUTOPREFIXER_GRID === "autoplace"
                  ? (r = "autoplace")
                  : (r = !0)
                : (r = !1)
        return (e._autoprefixerGridStatus = r), r
      }
    }
    eg.exports = Zm
  })
  var rg = v((b4, tg) => {
    l()
    tg.exports = {
      A: {
        A: { 2: "K E F G A B JC" },
        B: {
          1: "C L M H N D O P Q R S T U V W X Y Z a b c d e f g h i j n o p q r s t u v w x y z I",
        },
        C: {
          1: "2 3 4 5 6 7 8 9 AB BB CB DB EB FB GB HB IB JB KB LB MB NB OB PB QB RB SB TB UB VB WB XB YB ZB aB bB cB 0B dB 1B eB fB gB hB iB jB kB lB mB nB oB m pB qB rB sB tB P Q R 2B S T U V W X Y Z a b c d e f g h i j n o p q r s t u v w x y z I uB 3B 4B",
          2: "0 1 KC zB J K E F G A B C L M H N D O k l LC MC",
        },
        D: {
          1: "8 9 AB BB CB DB EB FB GB HB IB JB KB LB MB NB OB PB QB RB SB TB UB VB WB XB YB ZB aB bB cB 0B dB 1B eB fB gB hB iB jB kB lB mB nB oB m pB qB rB sB tB P Q R S T U V W X Y Z a b c d e f g h i j n o p q r s t u v w x y z I uB 3B 4B",
          2: "0 1 2 3 4 5 6 7 J K E F G A B C L M H N D O k l",
        },
        E: {
          1: "G A B C L M H D RC 6B vB wB 7B SC TC 8B 9B xB AC yB BC CC DC EC FC GC UC",
          2: "0 J K E F NC 5B OC PC QC",
        },
        F: {
          1: "1 2 3 4 5 6 7 8 9 H N D O k l AB BB CB DB EB FB GB HB IB JB KB LB MB NB OB PB QB RB SB TB UB VB WB XB YB ZB aB bB cB dB eB fB gB hB iB jB kB lB mB nB oB m pB qB rB sB tB P Q R 2B S T U V W X Y Z a b c d e f g h i j wB",
          2: "G B C VC WC XC YC vB HC ZC",
        },
        G: {
          1: "D fC gC hC iC jC kC lC mC nC oC pC qC rC sC tC 8B 9B xB AC yB BC CC DC EC FC GC",
          2: "F 5B aC IC bC cC dC eC",
        },
        H: { 1: "uC" },
        I: { 1: "I zC 0C", 2: "zB J vC wC xC yC IC" },
        J: { 2: "E A" },
        K: { 1: "m", 2: "A B C vB HC wB" },
        L: { 1: "I" },
        M: { 1: "uB" },
        N: { 2: "A B" },
        O: { 1: "xB" },
        P: { 1: "J k l 1C 2C 3C 4C 5C 6B 6C 7C 8C 9C AD yB BD CD DD" },
        Q: { 1: "7B" },
        R: { 1: "ED" },
        S: { 1: "FD GD" },
      },
      B: 4,
      C: "CSS Feature Queries",
    }
  })
  var ag = v((v4, sg) => {
    l()
    function ig(i) {
      return i[i.length - 1]
    }
    var ng = {
      parse(i) {
        let e = [""],
          t = [e]
        for (let r of i) {
          if (r === "(") {
            ;(e = [""]), ig(t).push(e), t.push(e)
            continue
          }
          if (r === ")") {
            t.pop(), (e = ig(t)), e.push("")
            continue
          }
          e[e.length - 1] += r
        }
        return t[0]
      },
      stringify(i) {
        let e = ""
        for (let t of i) {
          if (typeof t == "object") {
            e += `(${ng.stringify(t)})`
            continue
          }
          e += t
        }
        return e
      },
    }
    sg.exports = ng
  })
  var cg = v((x4, fg) => {
    l()
    var lA = rg(),
      { feature: uA } = ($n(), Ln),
      { parse: fA } = ye(),
      cA = dt(),
      tl = ag(),
      pA = Se(),
      dA = ue(),
      og = uA(lA),
      lg = []
    for (let i in og.stats) {
      let e = og.stats[i]
      for (let t in e) {
        let r = e[t]
        ;/y/.test(r) && lg.push(i + " " + t)
      }
    }
    var ug = class {
      constructor(e, t) {
        ;(this.Prefixes = e), (this.all = t)
      }
      prefixer() {
        if (this.prefixerCache) return this.prefixerCache
        let e = this.all.browsers.selected.filter(r => lg.includes(r)),
          t = new cA(this.all.browsers.data, e, this.all.options)
        return (
          (this.prefixerCache = new this.Prefixes(
            this.all.data,
            t,
            this.all.options,
          )),
          this.prefixerCache
        )
      }
      parse(e) {
        let t = e.split(":"),
          r = t[0],
          n = t[1]
        return n || (n = ""), [r.trim(), n.trim()]
      }
      virtual(e) {
        let [t, r] = this.parse(e),
          n = fA("a{}").first
        return n.append({ prop: t, value: r, raws: { before: "" } }), n
      }
      prefixed(e) {
        let t = this.virtual(e)
        if (this.disabled(t.first)) return t.nodes
        let r = { warn: () => null },
          n = this.prefixer().add[t.first.prop]
        n && n.process && n.process(t.first, r)
        for (let a of t.nodes) {
          for (let s of this.prefixer().values("add", t.first.prop))
            s.process(a)
          pA.save(this.all, a)
        }
        return t.nodes
      }
      isNot(e) {
        return typeof e == "string" && /not\s*/i.test(e)
      }
      isOr(e) {
        return typeof e == "string" && /\s*or\s*/i.test(e)
      }
      isProp(e) {
        return typeof e == "object" && e.length === 1 && typeof e[0] == "string"
      }
      isHack(e, t) {
        return !new RegExp(`(\\(|\\s)${dA.escapeRegexp(t)}:`).test(e)
      }
      toRemove(e, t) {
        let [r, n] = this.parse(e),
          a = this.all.unprefixed(r),
          s = this.all.cleaner()
        if (s.remove[r] && s.remove[r].remove && !this.isHack(t, a)) return !0
        for (let o of s.values("remove", a)) if (o.check(n)) return !0
        return !1
      }
      remove(e, t) {
        let r = 0
        for (; r < e.length; ) {
          if (
            !this.isNot(e[r - 1]) &&
            this.isProp(e[r]) &&
            this.isOr(e[r + 1])
          ) {
            if (this.toRemove(e[r][0], t)) {
              e.splice(r, 2)
              continue
            }
            r += 2
            continue
          }
          typeof e[r] == "object" && (e[r] = this.remove(e[r], t)), (r += 1)
        }
        return e
      }
      cleanBrackets(e) {
        return e.map(t =>
          typeof t != "object"
            ? t
            : t.length === 1 && typeof t[0] == "object"
              ? this.cleanBrackets(t[0])
              : this.cleanBrackets(t),
        )
      }
      convert(e) {
        let t = [""]
        for (let r of e) t.push([`${r.prop}: ${r.value}`]), t.push(" or ")
        return (t[t.length - 1] = ""), t
      }
      normalize(e) {
        if (typeof e != "object") return e
        if (((e = e.filter(t => t !== "")), typeof e[0] == "string")) {
          let t = e[0].trim()
          if (t.includes(":") || t === "selector" || t === "not selector")
            return [tl.stringify(e)]
        }
        return e.map(t => this.normalize(t))
      }
      add(e, t) {
        return e.map(r => {
          if (this.isProp(r)) {
            let n = this.prefixed(r[0])
            return n.length > 1 ? this.convert(n) : r
          }
          return typeof r == "object" ? this.add(r, t) : r
        })
      }
      process(e) {
        let t = tl.parse(e.params)
        ;(t = this.normalize(t)),
          (t = this.remove(t, e.params)),
          (t = this.add(t, e.params)),
          (t = this.cleanBrackets(t)),
          (e.params = tl.stringify(t))
      }
      disabled(e) {
        if (
          !this.all.options.grid &&
          ((e.prop === "display" && e.value.includes("grid")) ||
            e.prop.includes("grid") ||
            e.prop === "justify-items")
        )
          return !0
        if (this.all.options.flexbox === !1) {
          if (e.prop === "display" && e.value.includes("flex")) return !0
          let t = ["order", "justify-content", "align-items", "align-content"]
          if (e.prop.includes("flex") || t.includes(e.prop)) return !0
        }
        return !1
      }
    }
    fg.exports = ug
  })
  var hg = v((k4, dg) => {
    l()
    var pg = class {
      constructor(e, t) {
        ;(this.prefix = t),
          (this.prefixed = e.prefixed(this.prefix)),
          (this.regexp = e.regexp(this.prefix)),
          (this.prefixeds = e
            .possible()
            .map(r => [e.prefixed(r), e.regexp(r)])),
          (this.unprefixed = e.name),
          (this.nameRegexp = e.regexp())
      }
      isHack(e) {
        let t = e.parent.index(e) + 1,
          r = e.parent.nodes
        for (; t < r.length; ) {
          let n = r[t].selector
          if (!n) return !0
          if (n.includes(this.unprefixed) && n.match(this.nameRegexp)) return !1
          let a = !1
          for (let [s, o] of this.prefixeds)
            if (n.includes(s) && n.match(o)) {
              a = !0
              break
            }
          if (!a) return !0
          t += 1
        }
        return !0
      }
      check(e) {
        return !(
          !e.selector.includes(this.prefixed) ||
          !e.selector.match(this.regexp) ||
          this.isHack(e)
        )
      }
    }
    dg.exports = pg
  })
  var Yt = v((S4, gg) => {
    l()
    var { list: hA } = ye(),
      mA = hg(),
      gA = Wt(),
      yA = dt(),
      wA = ue(),
      mg = class extends gA {
        constructor(e, t, r) {
          super(e, t, r)
          this.regexpCache = new Map()
        }
        check(e) {
          return e.selector.includes(this.name)
            ? !!e.selector.match(this.regexp())
            : !1
        }
        prefixed(e) {
          return this.name.replace(/^(\W*)/, `$1${e}`)
        }
        regexp(e) {
          if (!this.regexpCache.has(e)) {
            let t = e ? this.prefixed(e) : this.name
            this.regexpCache.set(
              e,
              new RegExp(`(^|[^:"'=])${wA.escapeRegexp(t)}`, "gi"),
            )
          }
          return this.regexpCache.get(e)
        }
        possible() {
          return yA.prefixes()
        }
        prefixeds(e) {
          if (e._autoprefixerPrefixeds) {
            if (e._autoprefixerPrefixeds[this.name])
              return e._autoprefixerPrefixeds
          } else e._autoprefixerPrefixeds = {}
          let t = {}
          if (e.selector.includes(",")) {
            let n = hA.comma(e.selector).filter(a => a.includes(this.name))
            for (let a of this.possible())
              t[a] = n.map(s => this.replace(s, a)).join(", ")
          } else
            for (let r of this.possible()) t[r] = this.replace(e.selector, r)
          return (
            (e._autoprefixerPrefixeds[this.name] = t), e._autoprefixerPrefixeds
          )
        }
        already(e, t, r) {
          let n = e.parent.index(e) - 1
          for (; n >= 0; ) {
            let a = e.parent.nodes[n]
            if (a.type !== "rule") return !1
            let s = !1
            for (let o in t[this.name]) {
              let u = t[this.name][o]
              if (a.selector === u) {
                if (r === o) return !0
                s = !0
                break
              }
            }
            if (!s) return !1
            n -= 1
          }
          return !1
        }
        replace(e, t) {
          return e.replace(this.regexp(), `$1${this.prefixed(t)}`)
        }
        add(e, t) {
          let r = this.prefixeds(e)
          if (this.already(e, r, t)) return
          let n = this.clone(e, { selector: r[this.name][t] })
          e.parent.insertBefore(e, n)
        }
        old(e) {
          return new mA(this, e)
        }
      }
    gg.exports = mg
  })
  var bg = v((C4, wg) => {
    l()
    var bA = Wt(),
      yg = class extends bA {
        add(e, t) {
          let r = t + e.name
          if (e.parent.some(s => s.name === r && s.params === e.params)) return
          let a = this.clone(e, { name: r })
          return e.parent.insertBefore(e, a)
        }
        process(e) {
          let t = this.parentPrefix(e)
          for (let r of this.prefixes) (!t || t === r) && this.add(e, r)
        }
      }
    wg.exports = yg
  })
  var xg = v((A4, vg) => {
    l()
    var vA = Yt(),
      rl = class extends vA {
        prefixed(e) {
          return e === "-webkit-"
            ? ":-webkit-full-screen"
            : e === "-moz-"
              ? ":-moz-full-screen"
              : `:${e}fullscreen`
        }
      }
    rl.names = [":fullscreen"]
    vg.exports = rl
  })
  var Sg = v((_4, kg) => {
    l()
    var xA = Yt(),
      il = class extends xA {
        possible() {
          return super.possible().concat(["-moz- old", "-ms- old"])
        }
        prefixed(e) {
          return e === "-webkit-"
            ? "::-webkit-input-placeholder"
            : e === "-ms-"
              ? "::-ms-input-placeholder"
              : e === "-ms- old"
                ? ":-ms-input-placeholder"
                : e === "-moz- old"
                  ? ":-moz-placeholder"
                  : `::${e}placeholder`
        }
      }
    il.names = ["::placeholder"]
    kg.exports = il
  })
  var Ag = v((O4, Cg) => {
    l()
    var kA = Yt(),
      nl = class extends kA {
        prefixed(e) {
          return e === "-ms-"
            ? ":-ms-input-placeholder"
            : `:${e}placeholder-shown`
        }
      }
    nl.names = [":placeholder-shown"]
    Cg.exports = nl
  })
  var Og = v((E4, _g) => {
    l()
    var SA = Yt(),
      CA = ue(),
      sl = class extends SA {
        constructor(e, t, r) {
          super(e, t, r)
          this.prefixes &&
            (this.prefixes = CA.uniq(this.prefixes.map(n => "-webkit-")))
        }
        prefixed(e) {
          return e === "-webkit-"
            ? "::-webkit-file-upload-button"
            : `::${e}file-selector-button`
        }
      }
    sl.names = ["::file-selector-button"]
    _g.exports = sl
  })
  var de = v((T4, Eg) => {
    l()
    Eg.exports = function (i) {
      let e
      return (
        i === "-webkit- 2009" || i === "-moz-"
          ? (e = 2009)
          : i === "-ms-"
            ? (e = 2012)
            : i === "-webkit-" && (e = "final"),
        i === "-webkit- 2009" && (i = "-webkit-"),
        [e, i]
      )
    }
  })
  var Ig = v((P4, Dg) => {
    l()
    var Tg = ye().list,
      Pg = de(),
      AA = M(),
      Qt = class extends AA {
        prefixed(e, t) {
          let r
          return (
            ([r, t] = Pg(t)), r === 2009 ? t + "box-flex" : super.prefixed(e, t)
          )
        }
        normalize() {
          return "flex"
        }
        set(e, t) {
          let r = Pg(t)[0]
          if (r === 2009)
            return (
              (e.value = Tg.space(e.value)[0]),
              (e.value = Qt.oldValues[e.value] || e.value),
              super.set(e, t)
            )
          if (r === 2012) {
            let n = Tg.space(e.value)
            n.length === 3 &&
              n[2] === "0" &&
              (e.value = n.slice(0, 2).concat("0px").join(" "))
          }
          return super.set(e, t)
        }
      }
    Qt.names = ["flex", "box-flex"]
    Qt.oldValues = { auto: "1", none: "0" }
    Dg.exports = Qt
  })
  var Mg = v((D4, Rg) => {
    l()
    var qg = de(),
      _A = M(),
      al = class extends _A {
        prefixed(e, t) {
          let r
          return (
            ([r, t] = qg(t)),
            r === 2009
              ? t + "box-ordinal-group"
              : r === 2012
                ? t + "flex-order"
                : super.prefixed(e, t)
          )
        }
        normalize() {
          return "order"
        }
        set(e, t) {
          return qg(t)[0] === 2009 && /\d/.test(e.value)
            ? ((e.value = (parseInt(e.value) + 1).toString()), super.set(e, t))
            : super.set(e, t)
        }
      }
    al.names = ["order", "flex-order", "box-ordinal-group"]
    Rg.exports = al
  })
  var Fg = v((I4, Bg) => {
    l()
    var OA = M(),
      ol = class extends OA {
        check(e) {
          let t = e.value
          return (
            !t.toLowerCase().includes("alpha(") &&
            !t.includes("DXImageTransform.Microsoft") &&
            !t.includes("data:image/svg+xml")
          )
        }
      }
    ol.names = ["filter"]
    Bg.exports = ol
  })
  var Lg = v((q4, Ng) => {
    l()
    var EA = M(),
      ll = class extends EA {
        insert(e, t, r, n) {
          if (t !== "-ms-") return super.insert(e, t, r)
          let a = this.clone(e),
            s = e.prop.replace(/end$/, "start"),
            o = t + e.prop.replace(/end$/, "span")
          if (!e.parent.some(u => u.prop === o)) {
            if (((a.prop = o), e.value.includes("span")))
              a.value = e.value.replace(/span\s/i, "")
            else {
              let u
              if (
                (e.parent.walkDecls(s, c => {
                  u = c
                }),
                u)
              ) {
                let c = Number(e.value) - Number(u.value) + ""
                a.value = c
              } else e.warn(n, `Can not prefix ${e.prop} (${s} is not found)`)
            }
            e.cloneBefore(a)
          }
        }
      }
    ll.names = ["grid-row-end", "grid-column-end"]
    Ng.exports = ll
  })
  var jg = v((R4, $g) => {
    l()
    var TA = M(),
      ul = class extends TA {
        check(e) {
          return !e.value.split(/\s+/).some(t => {
            let r = t.toLowerCase()
            return r === "reverse" || r === "alternate-reverse"
          })
        }
      }
    ul.names = ["animation", "animation-direction"]
    $g.exports = ul
  })
  var Vg = v((M4, zg) => {
    l()
    var PA = de(),
      DA = M(),
      fl = class extends DA {
        insert(e, t, r) {
          let n
          if ((([n, t] = PA(t)), n !== 2009)) return super.insert(e, t, r)
          let a = e.value
            .split(/\s+/)
            .filter(d => d !== "wrap" && d !== "nowrap" && "wrap-reverse")
          if (
            a.length === 0 ||
            e.parent.some(
              d =>
                d.prop === t + "box-orient" || d.prop === t + "box-direction",
            )
          )
            return
          let o = a[0],
            u = o.includes("row") ? "horizontal" : "vertical",
            c = o.includes("reverse") ? "reverse" : "normal",
            f = this.clone(e)
          return (
            (f.prop = t + "box-orient"),
            (f.value = u),
            this.needCascade(e) && (f.raws.before = this.calcBefore(r, e, t)),
            e.parent.insertBefore(e, f),
            (f = this.clone(e)),
            (f.prop = t + "box-direction"),
            (f.value = c),
            this.needCascade(e) && (f.raws.before = this.calcBefore(r, e, t)),
            e.parent.insertBefore(e, f)
          )
        }
      }
    fl.names = ["flex-flow", "box-direction", "box-orient"]
    zg.exports = fl
  })
  var Wg = v((B4, Ug) => {
    l()
    var IA = de(),
      qA = M(),
      cl = class extends qA {
        normalize() {
          return "flex"
        }
        prefixed(e, t) {
          let r
          return (
            ([r, t] = IA(t)),
            r === 2009
              ? t + "box-flex"
              : r === 2012
                ? t + "flex-positive"
                : super.prefixed(e, t)
          )
        }
      }
    cl.names = ["flex-grow", "flex-positive"]
    Ug.exports = cl
  })
  var Hg = v((F4, Gg) => {
    l()
    var RA = de(),
      MA = M(),
      pl = class extends MA {
        set(e, t) {
          if (RA(t)[0] !== 2009) return super.set(e, t)
        }
      }
    pl.names = ["flex-wrap"]
    Gg.exports = pl
  })
  var Qg = v((N4, Yg) => {
    l()
    var BA = M(),
      Jt = mt(),
      dl = class extends BA {
        insert(e, t, r, n) {
          if (t !== "-ms-") return super.insert(e, t, r)
          let a = Jt.parse(e),
            [s, o] = Jt.translate(a, 0, 2),
            [u, c] = Jt.translate(a, 1, 3)
          ;[
            ["grid-row", s],
            ["grid-row-span", o],
            ["grid-column", u],
            ["grid-column-span", c],
          ].forEach(([f, d]) => {
            Jt.insertDecl(e, f, d)
          }),
            Jt.warnTemplateSelectorNotFound(e, n),
            Jt.warnIfGridRowColumnExists(e, n)
        }
      }
    dl.names = ["grid-area"]
    Yg.exports = dl
  })
  var Xg = v((L4, Jg) => {
    l()
    var FA = M(),
      ni = mt(),
      hl = class extends FA {
        insert(e, t, r) {
          if (t !== "-ms-") return super.insert(e, t, r)
          if (e.parent.some(s => s.prop === "-ms-grid-row-align")) return
          let [[n, a]] = ni.parse(e)
          a
            ? (ni.insertDecl(e, "grid-row-align", n),
              ni.insertDecl(e, "grid-column-align", a))
            : (ni.insertDecl(e, "grid-row-align", n),
              ni.insertDecl(e, "grid-column-align", n))
        }
      }
    hl.names = ["place-self"]
    Jg.exports = hl
  })
  var Zg = v(($4, Kg) => {
    l()
    var NA = M(),
      ml = class extends NA {
        check(e) {
          let t = e.value
          return !t.includes("/") || t.includes("span")
        }
        normalize(e) {
          return e.replace("-start", "")
        }
        prefixed(e, t) {
          let r = super.prefixed(e, t)
          return t === "-ms-" && (r = r.replace("-start", "")), r
        }
      }
    ml.names = ["grid-row-start", "grid-column-start"]
    Kg.exports = ml
  })
  var ry = v((j4, ty) => {
    l()
    var ey = de(),
      LA = M(),
      Xt = class extends LA {
        check(e) {
          return (
            e.parent &&
            !e.parent.some(t => t.prop && t.prop.startsWith("grid-"))
          )
        }
        prefixed(e, t) {
          let r
          return (
            ([r, t] = ey(t)),
            r === 2012 ? t + "flex-item-align" : super.prefixed(e, t)
          )
        }
        normalize() {
          return "align-self"
        }
        set(e, t) {
          let r = ey(t)[0]
          if (r === 2012)
            return (e.value = Xt.oldValues[e.value] || e.value), super.set(e, t)
          if (r === "final") return super.set(e, t)
        }
      }
    Xt.names = ["align-self", "flex-item-align"]
    Xt.oldValues = { "flex-end": "end", "flex-start": "start" }
    ty.exports = Xt
  })
  var ny = v((z4, iy) => {
    l()
    var $A = M(),
      jA = ue(),
      gl = class extends $A {
        constructor(e, t, r) {
          super(e, t, r)
          this.prefixes &&
            (this.prefixes = jA.uniq(
              this.prefixes.map(n => (n === "-ms-" ? "-webkit-" : n)),
            ))
        }
      }
    gl.names = ["appearance"]
    iy.exports = gl
  })
  var oy = v((V4, ay) => {
    l()
    var sy = de(),
      zA = M(),
      yl = class extends zA {
        normalize() {
          return "flex-basis"
        }
        prefixed(e, t) {
          let r
          return (
            ([r, t] = sy(t)),
            r === 2012 ? t + "flex-preferred-size" : super.prefixed(e, t)
          )
        }
        set(e, t) {
          let r
          if ((([r, t] = sy(t)), r === 2012 || r === "final"))
            return super.set(e, t)
        }
      }
    yl.names = ["flex-basis", "flex-preferred-size"]
    ay.exports = yl
  })
  var uy = v((U4, ly) => {
    l()
    var VA = M(),
      wl = class extends VA {
        normalize() {
          return this.name.replace("box-image", "border")
        }
        prefixed(e, t) {
          let r = super.prefixed(e, t)
          return t === "-webkit-" && (r = r.replace("border", "box-image")), r
        }
      }
    wl.names = [
      "mask-border",
      "mask-border-source",
      "mask-border-slice",
      "mask-border-width",
      "mask-border-outset",
      "mask-border-repeat",
      "mask-box-image",
      "mask-box-image-source",
      "mask-box-image-slice",
      "mask-box-image-width",
      "mask-box-image-outset",
      "mask-box-image-repeat",
    ]
    ly.exports = wl
  })
  var cy = v((W4, fy) => {
    l()
    var UA = M(),
      Le = class extends UA {
        insert(e, t, r) {
          let n = e.prop === "mask-composite",
            a
          n ? (a = e.value.split(",")) : (a = e.value.match(Le.regexp) || []),
            (a = a.map(c => c.trim()).filter(c => c))
          let s = a.length,
            o
          if (
            (s &&
              ((o = this.clone(e)),
              (o.value = a.map(c => Le.oldValues[c] || c).join(", ")),
              a.includes("intersect") && (o.value += ", xor"),
              (o.prop = t + "mask-composite")),
            n)
          )
            return s
              ? (this.needCascade(e) &&
                  (o.raws.before = this.calcBefore(r, e, t)),
                e.parent.insertBefore(e, o))
              : void 0
          let u = this.clone(e)
          return (
            (u.prop = t + u.prop),
            s && (u.value = u.value.replace(Le.regexp, "")),
            this.needCascade(e) && (u.raws.before = this.calcBefore(r, e, t)),
            e.parent.insertBefore(e, u),
            s
              ? (this.needCascade(e) &&
                  (o.raws.before = this.calcBefore(r, e, t)),
                e.parent.insertBefore(e, o))
              : e
          )
        }
      }
    Le.names = ["mask", "mask-composite"]
    Le.oldValues = {
      add: "source-over",
      subtract: "source-out",
      intersect: "source-in",
      exclude: "xor",
    }
    Le.regexp = new RegExp(
      `\\s+(${Object.keys(Le.oldValues).join("|")})\\b(?!\\))\\s*(?=[,])`,
      "ig",
    )
    fy.exports = Le
  })
  var hy = v((G4, dy) => {
    l()
    var py = de(),
      WA = M(),
      Kt = class extends WA {
        prefixed(e, t) {
          let r
          return (
            ([r, t] = py(t)),
            r === 2009
              ? t + "box-align"
              : r === 2012
                ? t + "flex-align"
                : super.prefixed(e, t)
          )
        }
        normalize() {
          return "align-items"
        }
        set(e, t) {
          let r = py(t)[0]
          return (
            (r === 2009 || r === 2012) &&
              (e.value = Kt.oldValues[e.value] || e.value),
            super.set(e, t)
          )
        }
      }
    Kt.names = ["align-items", "flex-align", "box-align"]
    Kt.oldValues = { "flex-end": "end", "flex-start": "start" }
    dy.exports = Kt
  })
  var gy = v((H4, my) => {
    l()
    var GA = M(),
      bl = class extends GA {
        set(e, t) {
          return (
            t === "-ms-" && e.value === "contain" && (e.value = "element"),
            super.set(e, t)
          )
        }
        insert(e, t, r) {
          if (!(e.value === "all" && t === "-ms-")) return super.insert(e, t, r)
        }
      }
    bl.names = ["user-select"]
    my.exports = bl
  })
  var by = v((Y4, wy) => {
    l()
    var yy = de(),
      HA = M(),
      vl = class extends HA {
        normalize() {
          return "flex-shrink"
        }
        prefixed(e, t) {
          let r
          return (
            ([r, t] = yy(t)),
            r === 2012 ? t + "flex-negative" : super.prefixed(e, t)
          )
        }
        set(e, t) {
          let r
          if ((([r, t] = yy(t)), r === 2012 || r === "final"))
            return super.set(e, t)
        }
      }
    vl.names = ["flex-shrink", "flex-negative"]
    wy.exports = vl
  })
  var xy = v((Q4, vy) => {
    l()
    var YA = M(),
      xl = class extends YA {
        prefixed(e, t) {
          return `${t}column-${e}`
        }
        normalize(e) {
          return e.includes("inside")
            ? "break-inside"
            : e.includes("before")
              ? "break-before"
              : "break-after"
        }
        set(e, t) {
          return (
            ((e.prop === "break-inside" && e.value === "avoid-column") ||
              e.value === "avoid-page") &&
              (e.value = "avoid"),
            super.set(e, t)
          )
        }
        insert(e, t, r) {
          if (e.prop !== "break-inside") return super.insert(e, t, r)
          if (!(/region/i.test(e.value) || /page/i.test(e.value)))
            return super.insert(e, t, r)
        }
      }
    xl.names = [
      "break-inside",
      "page-break-inside",
      "column-break-inside",
      "break-before",
      "page-break-before",
      "column-break-before",
      "break-after",
      "page-break-after",
      "column-break-after",
    ]
    vy.exports = xl
  })
  var Sy = v((J4, ky) => {
    l()
    var QA = M(),
      kl = class extends QA {
        prefixed(e, t) {
          return t + "print-color-adjust"
        }
        normalize() {
          return "color-adjust"
        }
      }
    kl.names = ["color-adjust", "print-color-adjust"]
    ky.exports = kl
  })
  var Ay = v((X4, Cy) => {
    l()
    var JA = M(),
      Zt = class extends JA {
        insert(e, t, r) {
          if (t === "-ms-") {
            let n = this.set(this.clone(e), t)
            this.needCascade(e) && (n.raws.before = this.calcBefore(r, e, t))
            let a = "ltr"
            return (
              e.parent.nodes.forEach(s => {
                s.prop === "direction" &&
                  (s.value === "rtl" || s.value === "ltr") &&
                  (a = s.value)
              }),
              (n.value = Zt.msValues[a][e.value] || e.value),
              e.parent.insertBefore(e, n)
            )
          }
          return super.insert(e, t, r)
        }
      }
    Zt.names = ["writing-mode"]
    Zt.msValues = {
      ltr: {
        "horizontal-tb": "lr-tb",
        "vertical-rl": "tb-rl",
        "vertical-lr": "tb-lr",
      },
      rtl: {
        "horizontal-tb": "rl-tb",
        "vertical-rl": "bt-rl",
        "vertical-lr": "bt-lr",
      },
    }
    Cy.exports = Zt
  })
  var Oy = v((K4, _y) => {
    l()
    var XA = M(),
      Sl = class extends XA {
        set(e, t) {
          return (
            (e.value = e.value.replace(/\s+fill(\s)/, "$1")), super.set(e, t)
          )
        }
      }
    Sl.names = ["border-image"]
    _y.exports = Sl
  })
  var Py = v((Z4, Ty) => {
    l()
    var Ey = de(),
      KA = M(),
      er = class extends KA {
        prefixed(e, t) {
          let r
          return (
            ([r, t] = Ey(t)),
            r === 2012 ? t + "flex-line-pack" : super.prefixed(e, t)
          )
        }
        normalize() {
          return "align-content"
        }
        set(e, t) {
          let r = Ey(t)[0]
          if (r === 2012)
            return (e.value = er.oldValues[e.value] || e.value), super.set(e, t)
          if (r === "final") return super.set(e, t)
        }
      }
    er.names = ["align-content", "flex-line-pack"]
    er.oldValues = {
      "flex-end": "end",
      "flex-start": "start",
      "space-between": "justify",
      "space-around": "distribute",
    }
    Ty.exports = er
  })
  var Iy = v((eI, Dy) => {
    l()
    var ZA = M(),
      Ce = class extends ZA {
        prefixed(e, t) {
          return t === "-moz-"
            ? t + (Ce.toMozilla[e] || e)
            : super.prefixed(e, t)
        }
        normalize(e) {
          return Ce.toNormal[e] || e
        }
      }
    Ce.names = ["border-radius"]
    Ce.toMozilla = {}
    Ce.toNormal = {}
    for (let i of ["top", "bottom"])
      for (let e of ["left", "right"]) {
        let t = `border-${i}-${e}-radius`,
          r = `border-radius-${i}${e}`
        Ce.names.push(t),
          Ce.names.push(r),
          (Ce.toMozilla[t] = r),
          (Ce.toNormal[r] = t)
      }
    Dy.exports = Ce
  })
  var Ry = v((tI, qy) => {
    l()
    var e_ = M(),
      Cl = class extends e_ {
        prefixed(e, t) {
          return e.includes("-start")
            ? t + e.replace("-block-start", "-before")
            : t + e.replace("-block-end", "-after")
        }
        normalize(e) {
          return e.includes("-before")
            ? e.replace("-before", "-block-start")
            : e.replace("-after", "-block-end")
        }
      }
    Cl.names = [
      "border-block-start",
      "border-block-end",
      "margin-block-start",
      "margin-block-end",
      "padding-block-start",
      "padding-block-end",
      "border-before",
      "border-after",
      "margin-before",
      "margin-after",
      "padding-before",
      "padding-after",
    ]
    qy.exports = Cl
  })
  var By = v((rI, My) => {
    l()
    var t_ = M(),
      {
        parseTemplate: r_,
        warnMissedAreas: i_,
        getGridGap: n_,
        warnGridGap: s_,
        inheritGridGap: a_,
      } = mt(),
      Al = class extends t_ {
        insert(e, t, r, n) {
          if (t !== "-ms-") return super.insert(e, t, r)
          if (e.parent.some(m => m.prop === "-ms-grid-rows")) return
          let a = n_(e),
            s = a_(e, a),
            { rows: o, columns: u, areas: c } = r_({ decl: e, gap: s || a }),
            f = Object.keys(c).length > 0,
            d = Boolean(o),
            p = Boolean(u)
          return (
            s_({ gap: a, hasColumns: p, decl: e, result: n }),
            i_(c, e, n),
            ((d && p) || f) &&
              e.cloneBefore({ prop: "-ms-grid-rows", value: o, raws: {} }),
            p &&
              e.cloneBefore({ prop: "-ms-grid-columns", value: u, raws: {} }),
            e
          )
        }
      }
    Al.names = ["grid-template"]
    My.exports = Al
  })
  var Ny = v((iI, Fy) => {
    l()
    var o_ = M(),
      _l = class extends o_ {
        prefixed(e, t) {
          return t + e.replace("-inline", "")
        }
        normalize(e) {
          return e.replace(
            /(margin|padding|border)-(start|end)/,
            "$1-inline-$2",
          )
        }
      }
    _l.names = [
      "border-inline-start",
      "border-inline-end",
      "margin-inline-start",
      "margin-inline-end",
      "padding-inline-start",
      "padding-inline-end",
      "border-start",
      "border-end",
      "margin-start",
      "margin-end",
      "padding-start",
      "padding-end",
    ]
    Fy.exports = _l
  })
  var $y = v((nI, Ly) => {
    l()
    var l_ = M(),
      Ol = class extends l_ {
        check(e) {
          return !e.value.includes("flex-") && e.value !== "baseline"
        }
        prefixed(e, t) {
          return t + "grid-row-align"
        }
        normalize() {
          return "align-self"
        }
      }
    Ol.names = ["grid-row-align"]
    Ly.exports = Ol
  })
  var zy = v((sI, jy) => {
    l()
    var u_ = M(),
      tr = class extends u_ {
        keyframeParents(e) {
          let { parent: t } = e
          for (; t; ) {
            if (t.type === "atrule" && t.name === "keyframes") return !0
            ;({ parent: t } = t)
          }
          return !1
        }
        contain3d(e) {
          if (e.prop === "transform-origin") return !1
          for (let t of tr.functions3d) if (e.value.includes(`${t}(`)) return !0
          return !1
        }
        set(e, t) {
          return (
            (e = super.set(e, t)),
            t === "-ms-" && (e.value = e.value.replace(/rotatez/gi, "rotate")),
            e
          )
        }
        insert(e, t, r) {
          if (t === "-ms-") {
            if (!this.contain3d(e) && !this.keyframeParents(e))
              return super.insert(e, t, r)
          } else if (t === "-o-") {
            if (!this.contain3d(e)) return super.insert(e, t, r)
          } else return super.insert(e, t, r)
        }
      }
    tr.names = ["transform", "transform-origin"]
    tr.functions3d = [
      "matrix3d",
      "translate3d",
      "translateZ",
      "scale3d",
      "scaleZ",
      "rotate3d",
      "rotateX",
      "rotateY",
      "perspective",
    ]
    jy.exports = tr
  })
  var Wy = v((aI, Uy) => {
    l()
    var Vy = de(),
      f_ = M(),
      El = class extends f_ {
        normalize() {
          return "flex-direction"
        }
        insert(e, t, r) {
          let n
          if ((([n, t] = Vy(t)), n !== 2009)) return super.insert(e, t, r)
          if (
            e.parent.some(
              f =>
                f.prop === t + "box-orient" || f.prop === t + "box-direction",
            )
          )
            return
          let s = e.value,
            o,
            u
          s === "inherit" || s === "initial" || s === "unset"
            ? ((o = s), (u = s))
            : ((o = s.includes("row") ? "horizontal" : "vertical"),
              (u = s.includes("reverse") ? "reverse" : "normal"))
          let c = this.clone(e)
          return (
            (c.prop = t + "box-orient"),
            (c.value = o),
            this.needCascade(e) && (c.raws.before = this.calcBefore(r, e, t)),
            e.parent.insertBefore(e, c),
            (c = this.clone(e)),
            (c.prop = t + "box-direction"),
            (c.value = u),
            this.needCascade(e) && (c.raws.before = this.calcBefore(r, e, t)),
            e.parent.insertBefore(e, c)
          )
        }
        old(e, t) {
          let r
          return (
            ([r, t] = Vy(t)),
            r === 2009
              ? [t + "box-orient", t + "box-direction"]
              : super.old(e, t)
          )
        }
      }
    El.names = ["flex-direction", "box-direction", "box-orient"]
    Uy.exports = El
  })
  var Hy = v((oI, Gy) => {
    l()
    var c_ = M(),
      Tl = class extends c_ {
        check(e) {
          return e.value === "pixelated"
        }
        prefixed(e, t) {
          return t === "-ms-" ? "-ms-interpolation-mode" : super.prefixed(e, t)
        }
        set(e, t) {
          return t !== "-ms-"
            ? super.set(e, t)
            : ((e.prop = "-ms-interpolation-mode"),
              (e.value = "nearest-neighbor"),
              e)
        }
        normalize() {
          return "image-rendering"
        }
        process(e, t) {
          return super.process(e, t)
        }
      }
    Tl.names = ["image-rendering", "interpolation-mode"]
    Gy.exports = Tl
  })
  var Qy = v((lI, Yy) => {
    l()
    var p_ = M(),
      d_ = ue(),
      Pl = class extends p_ {
        constructor(e, t, r) {
          super(e, t, r)
          this.prefixes &&
            (this.prefixes = d_.uniq(
              this.prefixes.map(n => (n === "-ms-" ? "-webkit-" : n)),
            ))
        }
      }
    Pl.names = ["backdrop-filter"]
    Yy.exports = Pl
  })
  var Xy = v((uI, Jy) => {
    l()
    var h_ = M(),
      m_ = ue(),
      Dl = class extends h_ {
        constructor(e, t, r) {
          super(e, t, r)
          this.prefixes &&
            (this.prefixes = m_.uniq(
              this.prefixes.map(n => (n === "-ms-" ? "-webkit-" : n)),
            ))
        }
        check(e) {
          return e.value.toLowerCase() === "text"
        }
      }
    Dl.names = ["background-clip"]
    Jy.exports = Dl
  })
  var Zy = v((fI, Ky) => {
    l()
    var g_ = M(),
      y_ = [
        "none",
        "underline",
        "overline",
        "line-through",
        "blink",
        "inherit",
        "initial",
        "unset",
      ],
      Il = class extends g_ {
        check(e) {
          return e.value.split(/\s+/).some(t => !y_.includes(t))
        }
      }
    Il.names = ["text-decoration"]
    Ky.exports = Il
  })
  var rw = v((cI, tw) => {
    l()
    var ew = de(),
      w_ = M(),
      rr = class extends w_ {
        prefixed(e, t) {
          let r
          return (
            ([r, t] = ew(t)),
            r === 2009
              ? t + "box-pack"
              : r === 2012
                ? t + "flex-pack"
                : super.prefixed(e, t)
          )
        }
        normalize() {
          return "justify-content"
        }
        set(e, t) {
          let r = ew(t)[0]
          if (r === 2009 || r === 2012) {
            let n = rr.oldValues[e.value] || e.value
            if (((e.value = n), r !== 2009 || n !== "distribute"))
              return super.set(e, t)
          } else if (r === "final") return super.set(e, t)
        }
      }
    rr.names = ["justify-content", "flex-pack", "box-pack"]
    rr.oldValues = {
      "flex-end": "end",
      "flex-start": "start",
      "space-between": "justify",
      "space-around": "distribute",
    }
    tw.exports = rr
  })
  var nw = v((pI, iw) => {
    l()
    var b_ = M(),
      ql = class extends b_ {
        set(e, t) {
          let r = e.value.toLowerCase()
          return (
            t === "-webkit-" &&
              !r.includes(" ") &&
              r !== "contain" &&
              r !== "cover" &&
              (e.value = e.value + " " + e.value),
            super.set(e, t)
          )
        }
      }
    ql.names = ["background-size"]
    iw.exports = ql
  })
  var aw = v((dI, sw) => {
    l()
    var v_ = M(),
      Rl = mt(),
      Ml = class extends v_ {
        insert(e, t, r) {
          if (t !== "-ms-") return super.insert(e, t, r)
          let n = Rl.parse(e),
            [a, s] = Rl.translate(n, 0, 1)
          n[0] &&
            n[0].includes("span") &&
            (s = n[0].join("").replace(/\D/g, "")),
            [
              [e.prop, a],
              [`${e.prop}-span`, s],
            ].forEach(([u, c]) => {
              Rl.insertDecl(e, u, c)
            })
        }
      }
    Ml.names = ["grid-row", "grid-column"]
    sw.exports = Ml
  })
  var uw = v((hI, lw) => {
    l()
    var x_ = M(),
      {
        prefixTrackProp: ow,
        prefixTrackValue: k_,
        autoplaceGridItems: S_,
        getGridGap: C_,
        inheritGridGap: A_,
      } = mt(),
      __ = el(),
      Bl = class extends x_ {
        prefixed(e, t) {
          return t === "-ms-"
            ? ow({ prop: e, prefix: t })
            : super.prefixed(e, t)
        }
        normalize(e) {
          return e.replace(/^grid-(rows|columns)/, "grid-template-$1")
        }
        insert(e, t, r, n) {
          if (t !== "-ms-") return super.insert(e, t, r)
          let { parent: a, prop: s, value: o } = e,
            u = s.includes("rows"),
            c = s.includes("columns"),
            f = a.some(
              k =>
                k.prop === "grid-template" || k.prop === "grid-template-areas",
            )
          if (f && u) return !1
          let d = new __({ options: {} }),
            p = d.gridStatus(a, n),
            m = C_(e)
          m = A_(e, m) || m
          let b = u ? m.row : m.column
          ;(p === "no-autoplace" || p === !0) && !f && (b = null)
          let x = k_({ value: o, gap: b })
          e.cloneBefore({ prop: ow({ prop: s, prefix: t }), value: x })
          let y = a.nodes.find(k => k.prop === "grid-auto-flow"),
            w = "row"
          if (
            (y && !d.disabled(y, n) && (w = y.value.trim()), p === "autoplace")
          ) {
            let k = a.nodes.find(_ => _.prop === "grid-template-rows")
            if (!k && f) return
            if (!k && !f) {
              e.warn(
                n,
                "Autoplacement does not work without grid-template-rows property",
              )
              return
            }
            !a.nodes.find(_ => _.prop === "grid-template-columns") &&
              !f &&
              e.warn(
                n,
                "Autoplacement does not work without grid-template-columns property",
              ),
              c && !f && S_(e, n, m, w)
          }
        }
      }
    Bl.names = [
      "grid-template-rows",
      "grid-template-columns",
      "grid-rows",
      "grid-columns",
    ]
    lw.exports = Bl
  })
  var cw = v((mI, fw) => {
    l()
    var O_ = M(),
      Fl = class extends O_ {
        check(e) {
          return !e.value.includes("flex-") && e.value !== "baseline"
        }
        prefixed(e, t) {
          return t + "grid-column-align"
        }
        normalize() {
          return "justify-self"
        }
      }
    Fl.names = ["grid-column-align"]
    fw.exports = Fl
  })
  var dw = v((gI, pw) => {
    l()
    var E_ = M(),
      Nl = class extends E_ {
        prefixed(e, t) {
          return t + "scroll-chaining"
        }
        normalize() {
          return "overscroll-behavior"
        }
        set(e, t) {
          return (
            e.value === "auto"
              ? (e.value = "chained")
              : (e.value === "none" || e.value === "contain") &&
                (e.value = "none"),
            super.set(e, t)
          )
        }
      }
    Nl.names = ["overscroll-behavior", "scroll-chaining"]
    pw.exports = Nl
  })
  var gw = v((yI, mw) => {
    l()
    var T_ = M(),
      {
        parseGridAreas: P_,
        warnMissedAreas: D_,
        prefixTrackProp: I_,
        prefixTrackValue: hw,
        getGridGap: q_,
        warnGridGap: R_,
        inheritGridGap: M_,
      } = mt()
    function B_(i) {
      return i
        .trim()
        .slice(1, -1)
        .split(/["']\s*["']?/g)
    }
    var Ll = class extends T_ {
      insert(e, t, r, n) {
        if (t !== "-ms-") return super.insert(e, t, r)
        let a = !1,
          s = !1,
          o = e.parent,
          u = q_(e)
        ;(u = M_(e, u) || u),
          o.walkDecls(/-ms-grid-rows/, d => d.remove()),
          o.walkDecls(/grid-template-(rows|columns)/, d => {
            if (d.prop === "grid-template-rows") {
              s = !0
              let { prop: p, value: m } = d
              d.cloneBefore({
                prop: I_({ prop: p, prefix: t }),
                value: hw({ value: m, gap: u.row }),
              })
            } else a = !0
          })
        let c = B_(e.value)
        a &&
          !s &&
          u.row &&
          c.length > 1 &&
          e.cloneBefore({
            prop: "-ms-grid-rows",
            value: hw({ value: `repeat(${c.length}, auto)`, gap: u.row }),
            raws: {},
          }),
          R_({ gap: u, hasColumns: a, decl: e, result: n })
        let f = P_({ rows: c, gap: u })
        return D_(f, e, n), e
      }
    }
    Ll.names = ["grid-template-areas"]
    mw.exports = Ll
  })
  var ww = v((wI, yw) => {
    l()
    var F_ = M(),
      $l = class extends F_ {
        set(e, t) {
          return (
            t === "-webkit-" &&
              (e.value = e.value.replace(/\s*(right|left)\s*/i, "")),
            super.set(e, t)
          )
        }
      }
    $l.names = ["text-emphasis-position"]
    yw.exports = $l
  })
  var vw = v((bI, bw) => {
    l()
    var N_ = M(),
      jl = class extends N_ {
        set(e, t) {
          return e.prop === "text-decoration-skip-ink" && e.value === "auto"
            ? ((e.prop = t + "text-decoration-skip"), (e.value = "ink"), e)
            : super.set(e, t)
        }
      }
    jl.names = ["text-decoration-skip-ink", "text-decoration-skip"]
    bw.exports = jl
  })
  var _w = v((vI, Aw) => {
    l()
    ;("use strict")
    Aw.exports = {
      wrap: xw,
      limit: kw,
      validate: Sw,
      test: zl,
      curry: L_,
      name: Cw,
    }
    function xw(i, e, t) {
      var r = e - i
      return ((((t - i) % r) + r) % r) + i
    }
    function kw(i, e, t) {
      return Math.max(i, Math.min(e, t))
    }
    function Sw(i, e, t, r, n) {
      if (!zl(i, e, t, r, n))
        throw new Error(t + " is outside of range [" + i + "," + e + ")")
      return t
    }
    function zl(i, e, t, r, n) {
      return !(t < i || t > e || (n && t === e) || (r && t === i))
    }
    function Cw(i, e, t, r) {
      return (t ? "(" : "[") + i + "," + e + (r ? ")" : "]")
    }
    function L_(i, e, t, r) {
      var n = Cw.bind(null, i, e, t, r)
      return {
        wrap: xw.bind(null, i, e),
        limit: kw.bind(null, i, e),
        validate: function (a) {
          return Sw(i, e, a, t, r)
        },
        test: function (a) {
          return zl(i, e, a, t, r)
        },
        toString: n,
        name: n,
      }
    }
  })
  var Tw = v((xI, Ew) => {
    l()
    var Vl = Gn(),
      $_ = _w(),
      j_ = Ht(),
      z_ = Se(),
      V_ = ue(),
      Ow = /top|left|right|bottom/gi,
      Qe = class extends z_ {
        replace(e, t) {
          let r = Vl(e)
          for (let n of r.nodes)
            if (n.type === "function" && n.value === this.name)
              if (
                ((n.nodes = this.newDirection(n.nodes)),
                (n.nodes = this.normalize(n.nodes)),
                t === "-webkit- old")
              ) {
                if (!this.oldWebkit(n)) return !1
              } else
                (n.nodes = this.convertDirection(n.nodes)),
                  (n.value = t + n.value)
          return r.toString()
        }
        replaceFirst(e, ...t) {
          return t
            .map(n =>
              n === " "
                ? { type: "space", value: n }
                : { type: "word", value: n },
            )
            .concat(e.slice(1))
        }
        normalizeUnit(e, t) {
          return `${(parseFloat(e) / t) * 360}deg`
        }
        normalize(e) {
          if (!e[0]) return e
          if (/-?\d+(.\d+)?grad/.test(e[0].value))
            e[0].value = this.normalizeUnit(e[0].value, 400)
          else if (/-?\d+(.\d+)?rad/.test(e[0].value))
            e[0].value = this.normalizeUnit(e[0].value, 2 * Math.PI)
          else if (/-?\d+(.\d+)?turn/.test(e[0].value))
            e[0].value = this.normalizeUnit(e[0].value, 1)
          else if (e[0].value.includes("deg")) {
            let t = parseFloat(e[0].value)
            ;(t = $_.wrap(0, 360, t)), (e[0].value = `${t}deg`)
          }
          return (
            e[0].value === "0deg"
              ? (e = this.replaceFirst(e, "to", " ", "top"))
              : e[0].value === "90deg"
                ? (e = this.replaceFirst(e, "to", " ", "right"))
                : e[0].value === "180deg"
                  ? (e = this.replaceFirst(e, "to", " ", "bottom"))
                  : e[0].value === "270deg" &&
                    (e = this.replaceFirst(e, "to", " ", "left")),
            e
          )
        }
        newDirection(e) {
          if (e[0].value === "to" || ((Ow.lastIndex = 0), !Ow.test(e[0].value)))
            return e
          e.unshift(
            { type: "word", value: "to" },
            { type: "space", value: " " },
          )
          for (let t = 2; t < e.length && e[t].type !== "div"; t++)
            e[t].type === "word" &&
              (e[t].value = this.revertDirection(e[t].value))
          return e
        }
        isRadial(e) {
          let t = "before"
          for (let r of e)
            if (t === "before" && r.type === "space") t = "at"
            else if (t === "at" && r.value === "at") t = "after"
            else {
              if (t === "after" && r.type === "space") return !0
              if (r.type === "div") break
              t = "before"
            }
          return !1
        }
        convertDirection(e) {
          return (
            e.length > 0 &&
              (e[0].value === "to"
                ? this.fixDirection(e)
                : e[0].value.includes("deg")
                  ? this.fixAngle(e)
                  : this.isRadial(e) && this.fixRadial(e)),
            e
          )
        }
        fixDirection(e) {
          e.splice(0, 2)
          for (let t of e) {
            if (t.type === "div") break
            t.type === "word" && (t.value = this.revertDirection(t.value))
          }
        }
        fixAngle(e) {
          let t = e[0].value
          ;(t = parseFloat(t)),
            (t = Math.abs(450 - t) % 360),
            (t = this.roundFloat(t, 3)),
            (e[0].value = `${t}deg`)
        }
        fixRadial(e) {
          let t = [],
            r = [],
            n,
            a,
            s,
            o,
            u
          for (o = 0; o < e.length - 2; o++)
            if (
              ((n = e[o]),
              (a = e[o + 1]),
              (s = e[o + 2]),
              n.type === "space" && a.value === "at" && s.type === "space")
            ) {
              u = o + 3
              break
            } else t.push(n)
          let c
          for (o = u; o < e.length; o++)
            if (e[o].type === "div") {
              c = e[o]
              break
            } else r.push(e[o])
          e.splice(0, o, ...r, c, ...t)
        }
        revertDirection(e) {
          return Qe.directions[e.toLowerCase()] || e
        }
        roundFloat(e, t) {
          return parseFloat(e.toFixed(t))
        }
        oldWebkit(e) {
          let { nodes: t } = e,
            r = Vl.stringify(e.nodes)
          if (
            this.name !== "linear-gradient" ||
            (t[0] && t[0].value.includes("deg")) ||
            r.includes("px") ||
            r.includes("-corner") ||
            r.includes("-side")
          )
            return !1
          let n = [[]]
          for (let a of t)
            n[n.length - 1].push(a),
              a.type === "div" && a.value === "," && n.push([])
          this.oldDirection(n), this.colorStops(n), (e.nodes = [])
          for (let a of n) e.nodes = e.nodes.concat(a)
          return (
            e.nodes.unshift(
              { type: "word", value: "linear" },
              this.cloneDiv(e.nodes),
            ),
            (e.value = "-webkit-gradient"),
            !0
          )
        }
        oldDirection(e) {
          let t = this.cloneDiv(e[0])
          if (e[0][0].value !== "to")
            return e.unshift([
              { type: "word", value: Qe.oldDirections.bottom },
              t,
            ])
          {
            let r = []
            for (let a of e[0].slice(2))
              a.type === "word" && r.push(a.value.toLowerCase())
            r = r.join(" ")
            let n = Qe.oldDirections[r] || r
            return (e[0] = [{ type: "word", value: n }, t]), e[0]
          }
        }
        cloneDiv(e) {
          for (let t of e) if (t.type === "div" && t.value === ",") return t
          return { type: "div", value: ",", after: " " }
        }
        colorStops(e) {
          let t = []
          for (let r = 0; r < e.length; r++) {
            let n,
              a = e[r],
              s
            if (r === 0) continue
            let o = Vl.stringify(a[0])
            a[1] && a[1].type === "word"
              ? (n = a[1].value)
              : a[2] && a[2].type === "word" && (n = a[2].value)
            let u
            r === 1 && (!n || n === "0%")
              ? (u = `from(${o})`)
              : r === e.length - 1 && (!n || n === "100%")
                ? (u = `to(${o})`)
                : n
                  ? (u = `color-stop(${n}, ${o})`)
                  : (u = `color-stop(${o})`)
            let c = a[a.length - 1]
            ;(e[r] = [{ type: "word", value: u }]),
              c.type === "div" && c.value === "," && (s = e[r].push(c)),
              t.push(s)
          }
          return t
        }
        old(e) {
          if (e === "-webkit-") {
            let t = this.name === "linear-gradient" ? "linear" : "radial",
              r = "-gradient",
              n = V_.regexp(`-webkit-(${t}-gradient|gradient\\(\\s*${t})`, !1)
            return new j_(this.name, e + this.name, r, n)
          } else return super.old(e)
        }
        add(e, t) {
          let r = e.prop
          if (r.includes("mask")) {
            if (t === "-webkit-" || t === "-webkit- old") return super.add(e, t)
          } else if (
            r === "list-style" ||
            r === "list-style-image" ||
            r === "content"
          ) {
            if (t === "-webkit-" || t === "-webkit- old") return super.add(e, t)
          } else return super.add(e, t)
        }
      }
    Qe.names = [
      "linear-gradient",
      "repeating-linear-gradient",
      "radial-gradient",
      "repeating-radial-gradient",
    ]
    Qe.directions = {
      top: "bottom",
      left: "right",
      bottom: "top",
      right: "left",
    }
    Qe.oldDirections = {
      top: "left bottom, left top",
      left: "right top, left top",
      bottom: "left top, left bottom",
      right: "left top, right top",
      "top right": "left bottom, right top",
      "top left": "right bottom, left top",
      "right top": "left bottom, right top",
      "right bottom": "left top, right bottom",
      "bottom right": "left top, right bottom",
      "bottom left": "right top, left bottom",
      "left top": "right bottom, left top",
      "left bottom": "right top, left bottom",
    }
    Ew.exports = Qe
  })
  var Iw = v((kI, Dw) => {
    l()
    var U_ = Ht(),
      W_ = Se()
    function Pw(i) {
      return new RegExp(`(^|[\\s,(])(${i}($|[\\s),]))`, "gi")
    }
    var Ul = class extends W_ {
      regexp() {
        return (
          this.regexpCache || (this.regexpCache = Pw(this.name)),
          this.regexpCache
        )
      }
      isStretch() {
        return (
          this.name === "stretch" ||
          this.name === "fill" ||
          this.name === "fill-available"
        )
      }
      replace(e, t) {
        return t === "-moz-" && this.isStretch()
          ? e.replace(this.regexp(), "$1-moz-available$3")
          : t === "-webkit-" && this.isStretch()
            ? e.replace(this.regexp(), "$1-webkit-fill-available$3")
            : super.replace(e, t)
      }
      old(e) {
        let t = e + this.name
        return (
          this.isStretch() &&
            (e === "-moz-"
              ? (t = "-moz-available")
              : e === "-webkit-" && (t = "-webkit-fill-available")),
          new U_(this.name, t, t, Pw(t))
        )
      }
      add(e, t) {
        if (!(e.prop.includes("grid") && t !== "-webkit-"))
          return super.add(e, t)
      }
    }
    Ul.names = [
      "max-content",
      "min-content",
      "fit-content",
      "fill",
      "fill-available",
      "stretch",
    ]
    Dw.exports = Ul
  })
  var Mw = v((SI, Rw) => {
    l()
    var qw = Ht(),
      G_ = Se(),
      Wl = class extends G_ {
        replace(e, t) {
          return t === "-webkit-"
            ? e.replace(this.regexp(), "$1-webkit-optimize-contrast")
            : t === "-moz-"
              ? e.replace(this.regexp(), "$1-moz-crisp-edges")
              : super.replace(e, t)
        }
        old(e) {
          return e === "-webkit-"
            ? new qw(this.name, "-webkit-optimize-contrast")
            : e === "-moz-"
              ? new qw(this.name, "-moz-crisp-edges")
              : super.old(e)
        }
      }
    Wl.names = ["pixelated"]
    Rw.exports = Wl
  })
  var Fw = v((CI, Bw) => {
    l()
    var H_ = Se(),
      Gl = class extends H_ {
        replace(e, t) {
          let r = super.replace(e, t)
          return (
            t === "-webkit-" &&
              (r = r.replace(/("[^"]+"|'[^']+')(\s+\d+\w)/gi, "url($1)$2")),
            r
          )
        }
      }
    Gl.names = ["image-set"]
    Bw.exports = Gl
  })
  var Lw = v((AI, Nw) => {
    l()
    var Y_ = ye().list,
      Q_ = Se(),
      Hl = class extends Q_ {
        replace(e, t) {
          return Y_.space(e)
            .map(r => {
              if (r.slice(0, +this.name.length + 1) !== this.name + "(")
                return r
              let n = r.lastIndexOf(")"),
                a = r.slice(n + 1),
                s = r.slice(this.name.length + 1, n)
              if (t === "-webkit-") {
                let o = s.match(/\d*.?\d+%?/)
                o
                  ? ((s = s.slice(o[0].length).trim()), (s += `, ${o[0]}`))
                  : (s += ", 0.5")
              }
              return t + this.name + "(" + s + ")" + a
            })
            .join(" ")
        }
      }
    Hl.names = ["cross-fade"]
    Nw.exports = Hl
  })
  var jw = v((_I, $w) => {
    l()
    var J_ = de(),
      X_ = Ht(),
      K_ = Se(),
      Yl = class extends K_ {
        constructor(e, t) {
          super(e, t)
          e === "display-flex" && (this.name = "flex")
        }
        check(e) {
          return e.prop === "display" && e.value === this.name
        }
        prefixed(e) {
          let t, r
          return (
            ([t, e] = J_(e)),
            t === 2009
              ? this.name === "flex"
                ? (r = "box")
                : (r = "inline-box")
              : t === 2012
                ? this.name === "flex"
                  ? (r = "flexbox")
                  : (r = "inline-flexbox")
                : t === "final" && (r = this.name),
            e + r
          )
        }
        replace(e, t) {
          return this.prefixed(t)
        }
        old(e) {
          let t = this.prefixed(e)
          if (!!t) return new X_(this.name, t)
        }
      }
    Yl.names = ["display-flex", "inline-flex"]
    $w.exports = Yl
  })
  var Vw = v((OI, zw) => {
    l()
    var Z_ = Se(),
      Ql = class extends Z_ {
        constructor(e, t) {
          super(e, t)
          e === "display-grid" && (this.name = "grid")
        }
        check(e) {
          return e.prop === "display" && e.value === this.name
        }
      }
    Ql.names = ["display-grid", "inline-grid"]
    zw.exports = Ql
  })
  var Ww = v((EI, Uw) => {
    l()
    var e5 = Se(),
      Jl = class extends e5 {
        constructor(e, t) {
          super(e, t)
          e === "filter-function" && (this.name = "filter")
        }
      }
    Jl.names = ["filter", "filter-function"]
    Uw.exports = Jl
  })
  var Qw = v((TI, Yw) => {
    l()
    var Gw = ii(),
      B = M(),
      Hw = Em(),
      t5 = Gm(),
      r5 = el(),
      i5 = cg(),
      Xl = dt(),
      ir = Yt(),
      n5 = bg(),
      $e = Se(),
      nr = ue(),
      s5 = xg(),
      a5 = Sg(),
      o5 = Ag(),
      l5 = Og(),
      u5 = Ig(),
      f5 = Mg(),
      c5 = Fg(),
      p5 = Lg(),
      d5 = jg(),
      h5 = Vg(),
      m5 = Wg(),
      g5 = Hg(),
      y5 = Qg(),
      w5 = Xg(),
      b5 = Zg(),
      v5 = ry(),
      x5 = ny(),
      k5 = oy(),
      S5 = uy(),
      C5 = cy(),
      A5 = hy(),
      _5 = gy(),
      O5 = by(),
      E5 = xy(),
      T5 = Sy(),
      P5 = Ay(),
      D5 = Oy(),
      I5 = Py(),
      q5 = Iy(),
      R5 = Ry(),
      M5 = By(),
      B5 = Ny(),
      F5 = $y(),
      N5 = zy(),
      L5 = Wy(),
      $5 = Hy(),
      j5 = Qy(),
      z5 = Xy(),
      V5 = Zy(),
      U5 = rw(),
      W5 = nw(),
      G5 = aw(),
      H5 = uw(),
      Y5 = cw(),
      Q5 = dw(),
      J5 = gw(),
      X5 = ww(),
      K5 = vw(),
      Z5 = Tw(),
      eO = Iw(),
      tO = Mw(),
      rO = Fw(),
      iO = Lw(),
      nO = jw(),
      sO = Vw(),
      aO = Ww()
    ir.hack(s5)
    ir.hack(a5)
    ir.hack(o5)
    ir.hack(l5)
    B.hack(u5)
    B.hack(f5)
    B.hack(c5)
    B.hack(p5)
    B.hack(d5)
    B.hack(h5)
    B.hack(m5)
    B.hack(g5)
    B.hack(y5)
    B.hack(w5)
    B.hack(b5)
    B.hack(v5)
    B.hack(x5)
    B.hack(k5)
    B.hack(S5)
    B.hack(C5)
    B.hack(A5)
    B.hack(_5)
    B.hack(O5)
    B.hack(E5)
    B.hack(T5)
    B.hack(P5)
    B.hack(D5)
    B.hack(I5)
    B.hack(q5)
    B.hack(R5)
    B.hack(M5)
    B.hack(B5)
    B.hack(F5)
    B.hack(N5)
    B.hack(L5)
    B.hack($5)
    B.hack(j5)
    B.hack(z5)
    B.hack(V5)
    B.hack(U5)
    B.hack(W5)
    B.hack(G5)
    B.hack(H5)
    B.hack(Y5)
    B.hack(Q5)
    B.hack(J5)
    B.hack(X5)
    B.hack(K5)
    $e.hack(Z5)
    $e.hack(eO)
    $e.hack(tO)
    $e.hack(rO)
    $e.hack(iO)
    $e.hack(nO)
    $e.hack(sO)
    $e.hack(aO)
    var Kl = new Map(),
      si = class {
        constructor(e, t, r = {}) {
          ;(this.data = e),
            (this.browsers = t),
            (this.options = r),
            ([this.add, this.remove] = this.preprocess(this.select(this.data))),
            (this.transition = new t5(this)),
            (this.processor = new r5(this))
        }
        cleaner() {
          if (this.cleanerCache) return this.cleanerCache
          if (this.browsers.selected.length) {
            let e = new Xl(this.browsers.data, [])
            this.cleanerCache = new si(this.data, e, this.options)
          } else return this
          return this.cleanerCache
        }
        select(e) {
          let t = { add: {}, remove: {} }
          for (let r in e) {
            let n = e[r],
              a = n.browsers.map(u => {
                let c = u.split(" ")
                return { browser: `${c[0]} ${c[1]}`, note: c[2] }
              }),
              s = a
                .filter(u => u.note)
                .map(u => `${this.browsers.prefix(u.browser)} ${u.note}`)
            ;(s = nr.uniq(s)),
              (a = a
                .filter(u => this.browsers.isSelected(u.browser))
                .map(u => {
                  let c = this.browsers.prefix(u.browser)
                  return u.note ? `${c} ${u.note}` : c
                })),
              (a = this.sort(nr.uniq(a))),
              this.options.flexbox === "no-2009" &&
                (a = a.filter(u => !u.includes("2009")))
            let o = n.browsers.map(u => this.browsers.prefix(u))
            n.mistakes && (o = o.concat(n.mistakes)),
              (o = o.concat(s)),
              (o = nr.uniq(o)),
              a.length
                ? ((t.add[r] = a),
                  a.length < o.length &&
                    (t.remove[r] = o.filter(u => !a.includes(u))))
                : (t.remove[r] = o)
          }
          return t
        }
        sort(e) {
          return e.sort((t, r) => {
            let n = nr.removeNote(t).length,
              a = nr.removeNote(r).length
            return n === a ? r.length - t.length : a - n
          })
        }
        preprocess(e) {
          let t = { selectors: [], "@supports": new i5(si, this) }
          for (let n in e.add) {
            let a = e.add[n]
            if (n === "@keyframes" || n === "@viewport")
              t[n] = new n5(n, a, this)
            else if (n === "@resolution") t[n] = new Hw(n, a, this)
            else if (this.data[n].selector)
              t.selectors.push(ir.load(n, a, this))
            else {
              let s = this.data[n].props
              if (s) {
                let o = $e.load(n, a, this)
                for (let u of s)
                  t[u] || (t[u] = { values: [] }), t[u].values.push(o)
              } else {
                let o = (t[n] && t[n].values) || []
                ;(t[n] = B.load(n, a, this)), (t[n].values = o)
              }
            }
          }
          let r = { selectors: [] }
          for (let n in e.remove) {
            let a = e.remove[n]
            if (this.data[n].selector) {
              let s = ir.load(n, a)
              for (let o of a) r.selectors.push(s.old(o))
            } else if (n === "@keyframes" || n === "@viewport")
              for (let s of a) {
                let o = `@${s}${n.slice(1)}`
                r[o] = { remove: !0 }
              }
            else if (n === "@resolution") r[n] = new Hw(n, a, this)
            else {
              let s = this.data[n].props
              if (s) {
                let o = $e.load(n, [], this)
                for (let u of a) {
                  let c = o.old(u)
                  if (c)
                    for (let f of s)
                      r[f] || (r[f] = {}),
                        r[f].values || (r[f].values = []),
                        r[f].values.push(c)
                }
              } else
                for (let o of a) {
                  let u = this.decl(n).old(n, o)
                  if (n === "align-self") {
                    let c = t[n] && t[n].prefixes
                    if (c) {
                      if (o === "-webkit- 2009" && c.includes("-webkit-"))
                        continue
                      if (o === "-webkit-" && c.includes("-webkit- 2009"))
                        continue
                    }
                  }
                  for (let c of u) r[c] || (r[c] = {}), (r[c].remove = !0)
                }
            }
          }
          return [t, r]
        }
        decl(e) {
          return Kl.has(e) || Kl.set(e, B.load(e)), Kl.get(e)
        }
        unprefixed(e) {
          let t = this.normalize(Gw.unprefixed(e))
          return t === "flex-direction" && (t = "flex-flow"), t
        }
        normalize(e) {
          return this.decl(e).normalize(e)
        }
        prefixed(e, t) {
          return (e = Gw.unprefixed(e)), this.decl(e).prefixed(e, t)
        }
        values(e, t) {
          let r = this[e],
            n = r["*"] && r["*"].values,
            a = r[t] && r[t].values
          return n && a ? nr.uniq(n.concat(a)) : n || a || []
        }
        group(e) {
          let t = e.parent,
            r = t.index(e),
            { length: n } = t.nodes,
            a = this.unprefixed(e.prop),
            s = (o, u) => {
              for (r += o; r >= 0 && r < n; ) {
                let c = t.nodes[r]
                if (c.type === "decl") {
                  if (
                    (o === -1 && c.prop === a && !Xl.withPrefix(c.value)) ||
                    this.unprefixed(c.prop) !== a
                  )
                    break
                  if (u(c) === !0) return !0
                  if (o === 1 && c.prop === a && !Xl.withPrefix(c.value)) break
                }
                r += o
              }
              return !1
            }
          return {
            up(o) {
              return s(-1, o)
            },
            down(o) {
              return s(1, o)
            },
          }
        }
      }
    Yw.exports = si
  })
  var Xw = v((PI, Jw) => {
    l()
    Jw.exports = {
      "backdrop-filter": {
        feature: "css-backdrop-filter",
        browsers: [
          "ios_saf 16.1",
          "ios_saf 16.3",
          "ios_saf 16.4",
          "ios_saf 16.5",
          "safari 16.5",
        ],
      },
      element: {
        props: [
          "background",
          "background-image",
          "border-image",
          "mask",
          "list-style",
          "list-style-image",
          "content",
          "mask-image",
        ],
        feature: "css-element-function",
        browsers: ["firefox 114"],
      },
      "user-select": {
        mistakes: ["-khtml-"],
        feature: "user-select-none",
        browsers: [
          "ios_saf 16.1",
          "ios_saf 16.3",
          "ios_saf 16.4",
          "ios_saf 16.5",
          "safari 16.5",
        ],
      },
      "background-clip": {
        feature: "background-clip-text",
        browsers: [
          "and_chr 114",
          "and_uc 15.5",
          "chrome 109",
          "chrome 113",
          "chrome 114",
          "edge 114",
          "opera 99",
          "samsung 21",
        ],
      },
      hyphens: {
        feature: "css-hyphens",
        browsers: [
          "ios_saf 16.1",
          "ios_saf 16.3",
          "ios_saf 16.4",
          "ios_saf 16.5",
          "safari 16.5",
        ],
      },
      fill: {
        props: [
          "width",
          "min-width",
          "max-width",
          "height",
          "min-height",
          "max-height",
          "inline-size",
          "min-inline-size",
          "max-inline-size",
          "block-size",
          "min-block-size",
          "max-block-size",
          "grid",
          "grid-template",
          "grid-template-rows",
          "grid-template-columns",
          "grid-auto-columns",
          "grid-auto-rows",
        ],
        feature: "intrinsic-width",
        browsers: [
          "and_chr 114",
          "and_uc 15.5",
          "chrome 109",
          "chrome 113",
          "chrome 114",
          "edge 114",
          "opera 99",
          "samsung 21",
        ],
      },
      "fill-available": {
        props: [
          "width",
          "min-width",
          "max-width",
          "height",
          "min-height",
          "max-height",
          "inline-size",
          "min-inline-size",
          "max-inline-size",
          "block-size",
          "min-block-size",
          "max-block-size",
          "grid",
          "grid-template",
          "grid-template-rows",
          "grid-template-columns",
          "grid-auto-columns",
          "grid-auto-rows",
        ],
        feature: "intrinsic-width",
        browsers: [
          "and_chr 114",
          "and_uc 15.5",
          "chrome 109",
          "chrome 113",
          "chrome 114",
          "edge 114",
          "opera 99",
          "samsung 21",
        ],
      },
      stretch: {
        props: [
          "width",
          "min-width",
          "max-width",
          "height",
          "min-height",
          "max-height",
          "inline-size",
          "min-inline-size",
          "max-inline-size",
          "block-size",
          "min-block-size",
          "max-block-size",
          "grid",
          "grid-template",
          "grid-template-rows",
          "grid-template-columns",
          "grid-auto-columns",
          "grid-auto-rows",
        ],
        feature: "intrinsic-width",
        browsers: ["firefox 114"],
      },
      "fit-content": {
        props: [
          "width",
          "min-width",
          "max-width",
          "height",
          "min-height",
          "max-height",
          "inline-size",
          "min-inline-size",
          "max-inline-size",
          "block-size",
          "min-block-size",
          "max-block-size",
          "grid",
          "grid-template",
          "grid-template-rows",
          "grid-template-columns",
          "grid-auto-columns",
          "grid-auto-rows",
        ],
        feature: "intrinsic-width",
        browsers: ["firefox 114"],
      },
      "text-decoration-style": {
        feature: "text-decoration",
        browsers: [
          "ios_saf 16.1",
          "ios_saf 16.3",
          "ios_saf 16.4",
          "ios_saf 16.5",
        ],
      },
      "text-decoration-color": {
        feature: "text-decoration",
        browsers: [
          "ios_saf 16.1",
          "ios_saf 16.3",
          "ios_saf 16.4",
          "ios_saf 16.5",
        ],
      },
      "text-decoration-line": {
        feature: "text-decoration",
        browsers: [
          "ios_saf 16.1",
          "ios_saf 16.3",
          "ios_saf 16.4",
          "ios_saf 16.5",
        ],
      },
      "text-decoration": {
        feature: "text-decoration",
        browsers: [
          "ios_saf 16.1",
          "ios_saf 16.3",
          "ios_saf 16.4",
          "ios_saf 16.5",
        ],
      },
      "text-decoration-skip": {
        feature: "text-decoration",
        browsers: [
          "ios_saf 16.1",
          "ios_saf 16.3",
          "ios_saf 16.4",
          "ios_saf 16.5",
        ],
      },
      "text-decoration-skip-ink": {
        feature: "text-decoration",
        browsers: [
          "ios_saf 16.1",
          "ios_saf 16.3",
          "ios_saf 16.4",
          "ios_saf 16.5",
        ],
      },
      "text-size-adjust": {
        feature: "text-size-adjust",
        browsers: [
          "ios_saf 16.1",
          "ios_saf 16.3",
          "ios_saf 16.4",
          "ios_saf 16.5",
        ],
      },
      "mask-clip": {
        feature: "css-masks",
        browsers: [
          "and_chr 114",
          "and_uc 15.5",
          "chrome 109",
          "chrome 113",
          "chrome 114",
          "edge 114",
          "opera 99",
          "samsung 21",
        ],
      },
      "mask-composite": {
        feature: "css-masks",
        browsers: [
          "and_chr 114",
          "and_uc 15.5",
          "chrome 109",
          "chrome 113",
          "chrome 114",
          "edge 114",
          "opera 99",
          "samsung 21",
        ],
      },
      "mask-image": {
        feature: "css-masks",
        browsers: [
          "and_chr 114",
          "and_uc 15.5",
          "chrome 109",
          "chrome 113",
          "chrome 114",
          "edge 114",
          "opera 99",
          "samsung 21",
        ],
      },
      "mask-origin": {
        feature: "css-masks",
        browsers: [
          "and_chr 114",
          "and_uc 15.5",
          "chrome 109",
          "chrome 113",
          "chrome 114",
          "edge 114",
          "opera 99",
          "samsung 21",
        ],
      },
      "mask-repeat": {
        feature: "css-masks",
        browsers: [
          "and_chr 114",
          "and_uc 15.5",
          "chrome 109",
          "chrome 113",
          "chrome 114",
          "edge 114",
          "opera 99",
          "samsung 21",
        ],
      },
      "mask-border-repeat": {
        feature: "css-masks",
        browsers: [
          "and_chr 114",
          "and_uc 15.5",
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/*! https://mths.be/cssesc v3.0.0 by @mathias */
